Sad Port Story Finally Concludes with ILWU Paying Over $20M https://www.universalcargo.com Freight Forwarding Company Mon, 03 Jun 2024 10:57:06 +0000 en-US hourly 1 https://wordpress.org/?v=5.9.9 https://www.universalcargo.com/wp-content/uploads/favicon-32x32.png Sad Port Story Finally Concludes with ILWU Paying Over $20M https://www.universalcargo.com 32 32 Sad Port Story Finally Concludes with ILWU Paying Over $20M https://www.universalcargo.com/sad-port-story-finally-concludes-with-ilwu-paying-over-20m/ https://www.universalcargo.com/sad-port-story-finally-concludes-with-ilwu-paying-over-20m/#respond Fri, 09 Feb 2024 00:57:42 +0000 https://www.universalcargo.com/?p=12480 Maybe this will finally be the last time I write about this story. The International Longshore & Warehouse Union (ILWU) will at last pay one of the parties it wronged at the Port of Portland, concluding a drama that dragged on for over a decade.

During a five-year time span, the ILWU executed illegal labor actions against the Port of Portland. Despite rulings against it, the union persisted in slowing down operations at the port in order to gain control over two jobs that had always belonged to another union, the International Brotherhood of Electrical Workers (IBEW). The jobs involved plugging and unplugging reefer containers. You know, electricity-related things that it's not surprising electrical workers did. But, hey, the jobs were at a port, and the ILWU is adamant about taking control of every job at the ports.

ILWU's slowdowns became so disruptive to operations at the Port of Portland that ocean freight carriers had to stop calling on the port with container ships altogether. This was, of course, extremely expensive for the terminal operator ICTSI Oregon, but also for shippers, and even for the ILWU itself.

Keep reading post in Universal Cargo's blog.

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Maybe this will finally be the last time I write about this story. The International Longshore & Warehouse Union (ILWU) will at last pay one of the parties it wronged at the Port of Portland, concluding a drama that dragged on for over a decade.

During a five-year time span, the ILWU executed illegal labor actions against the Port of Portland. Despite rulings against it, the union persisted in slowing down operations at the port in order to gain control over two jobs that had always belonged to another union, the International Brotherhood of Electrical Workers (IBEW). The jobs involved plugging and unplugging reefer containers. You know, electricity-related work that it’s not surprising electrical workers did. But, hey, the jobs were at a port, and the ILWU is adamant about taking control of every job at the ports.

ILWU’s slowdowns became so disruptive to operations at the Port of Portland that ocean freight carriers had to stop calling on the port with container ships altogether. This was, of course, extremely expensive for the terminal operator ICTSI Oregon, but also for shippers, and even for the ILWU itself.

Before even getting to the millions the union is now paying, there were about three years when no container ships were calling on the Port of Portland. That means three years of lost union jobs. But maybe it was worth it to the union for those members’ jobs to no longer be there. After all, the ILWU got to flex its muscle, showing everyone how powerful it is.

The ILWU won’t be paying ICTSI nearly as much as it could have been. Originally, the US District Court ordered the ILWU to pay $93 million. So, the ILWU and its Local 8 chapter, which executed the labor actions, filed for bankruptcy. Now the union has settled with ICTSI, as Bill Mongelluzzo reported last week in a Journal of Commerce (JOC) article:

The International Longshore and Warehouse Union (ILWU) and ICTSI Oregon said Thursday they have settled a long-running legal dispute in a deal that will pay ICTSI $20.5 million and end the ILWU’s Chapter 11 bankruptcy case. 

“The ILWU settlement arises from the parties’ participation in several days of mediation during ILWU’s chapter 11 bankruptcy case, which will be voluntarily dismissed as part of the terms of the settlement,” the parties said in a joint statement. 

If you want to revisit the drama, here are some related posts Universal Cargo published through the years:

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International Shipping: Why Insuring Your Cargo Is Important? https://www.universalcargo.com/international-shipping-why-insuring-your-cargo-is-important/ https://www.universalcargo.com/international-shipping-why-insuring-your-cargo-is-important/#respond Thu, 18 Jan 2024 22:48:04 +0000 https://www.universalcargo.com/?p=12452 Embarking on the global trade journey brings unparalleled opportunities, but it's not without its challenges. International shipping comes with its own set of risks that can jeopardize your cargo. From damaged goods to the risk of theft, the hazards are real.

So, in this guide, we’ll show you how to steer clear of these risks and insure your cargo for the better. We’ll also share a step-by-step guide on how to choose the right insurance partner.

Dive in by reading the full post in Universal Cargo's blog.

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This is a guest post by Arslan Hassan.

Embarking on the global trade journey brings unparalleled opportunities, but it’s not without its challenges. International shipping comes with its own set of risks that can jeopardize your cargo. From damaged goods to the risk of theft, the hazards are real.

So, in this guide, we’ll show you how to steer clear of these risks and insure your cargo for the better. We’ll also share a step-by-step guide on how to choose the right insurance partner.

Let’s dive in!

Potential Risks & Threats to Cargo

An uninsured cargo is always vulnerable to these threats and risks:

1.   Damaged Cargo

Shipping across borders exposes cargo to handling uncertainties, where mishandling or unforeseen incidents can lead to damage. Fragile items (such as glassware, musical instruments, technology products, etc.) are particularly at risk. 

2.   Lost Cargo

The vast expanse of international routes increases the likelihood of cargo going astray. Sometimes shipments are lost completely — and sometimes, misplacement could lead to delayed arrival on destination. If the items being shipped are time-sensitive (such as eatables), they may expire due to the delay .

3.   General Average

General average basically refers to a large loss or a deliberate loss during shipment. For example, when a fire occurs, lots of goods may be lost. Similarly, in certain situations — some goods may be offboarded to secure the rest of the goods for a safe journey ahead. These situations may occur due to legal issues, natural accidents, or as a consequence of human error. 

4.   Stolen Products

Theft is an unfortunate reality in the logistics landscape. Whether due to organized crime or opportunistic theft, cargo security is paramount. This is particularly true for small-sized products like Peshawari chappals, shawls, spoons, or other such good that are being transported in quantities of hundreds or thousands. It’s difficult to track if a pair of Peshawari chappal or one shawl is stolen. But if small thefts occur at multiple checkpoints, the loss can be significant.

How Does Insurance Help?

1.   Peace of Mind

In the unpredictable world of international shipping, peace of mind is a priceless commodity. Insurance alleviates the stress of potential financial losses, allowing businesses to focus on growth and expansion without the constant worry of unforeseen circumstances.

2.   Protects Cash Flow

Unforeseen events can disrupt cash flow and strain financial resources. Cargo insurance acts as a financial safeguard. It ensures that your business remains resilient in the face of unexpected challenges, along with protecting your bottom line and financial stability.

3.   Acts as a Safety Net

According to the NCSC  (National Cargo Security Council), the global financial loss due to damaged freight is over $50 billion. Most shipment carriers only offer a compensation of $2 per pound, meaning you’ll only get $2,000 for a shipment of 10,000 pounds. It’s nearly nothing!

Insurance, on the other hand, guarantees that you retrieve an almost equivalent amount. Even if the loss occurs, the insurance acts as a safety net!

4.   Safeguards Against Theft

Theft is a pervasive risk in international shipping. Cargo insurance serves as a robust defense against theft. It offers financial compensation that enables businesses to recover swiftly and maintain the integrity of their supply chain.

How to Insure Cargo?

As promised, here’s a practical guide to help you ensure that your cargo is adequately protected:

1. Assess Your Needs

Before diving into the insurance market, conduct a comprehensive assessment of your cargo and shipping requirements. Consider the nature of your products, shipping routes, and the potential risks involved. This foundational step will guide you in selecting the most suitable insurance coverage for your specific needs.

2. Understand Insurance Types

Cargo insurance comes in various forms, each tailored to specific risks. Common types include:

  • All-Risk
  • Named Perils
  • Total Loss Only

Familiarize yourself with these options and choose coverage that aligns with the unique challenges your cargo may face during transit.

3. Work with Reputable Insurers

Research and choose insurers with a proven track record in cargo insurance. Look for companies with a global presence and a history of efficiently handling claims. Read customer reviews and seek recommendations to ensure the credibility and reliability of your chosen insurer.

4. Negotiate Terms and Coverage

Engage in open and transparent discussions with your insurance provider. Clearly communicate your cargo’s specifics and negotiate terms that offer comprehensive coverage.

Be mindful of deductibles, coverage limits, and potential exclusions that could be applicable. Customizing your insurance policy to fit your unique needs is key to maximizing its effectiveness.

5. Implement Risk Management Practices

While insurance provides financial protection, implementing proactive risk management practices is equally crucial. So, consider investing in robust packaging, proper labeling, and secure loading practices to minimize the likelihood of damage or loss.

6. Document and Communicate Clearly

In order to be able to claim your insurance, you need to have documented proof. So, maintain accurate records of your shipments, including invoices, packing lists, and shipping documents.

Communicate clearly with your insurer throughout the process. Make sure you provide timely and detailed information in the event of a claim.

8. Monitor and Evaluate Performance

Regularly monitor the performance of your chosen insurance coverage. Evaluate its effectiveness in mitigating risks and providing the expected financial protection.

If necessary, be prepared to adjust your insurance strategy to better align with the evolving demands of your business and the global shipping landscape.

Final Words

When it comes to global trade, securing your cargo with insurance is not just a choice; it’s a strategic imperative. It can effectively tackle unpredictable challenges and serve as your guardian.

Before we sign off, here’s a bonus tip: focus on cultivating robust relationships with your logistics partners; a collaborative approach enhances the protective shield of insurance!          

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This was a guest post by Arslan Hassan.

Author Bio:

Arslan Hassan, an electrical engineer and the founder of The Pro Linkers, has assisted numerous businesses in building a robust online presence. His passion lies in facilitating the online growth of brands and companies.

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Biden Administration Announces 30-ish – Give or Take 16 – Supply Chain Related Actions https://www.universalcargo.com/biden-administration-announces-30-ish-give-or-take-16-supply-chain-related-actions/ https://www.universalcargo.com/biden-administration-announces-30-ish-give-or-take-16-supply-chain-related-actions/#respond Wed, 29 Nov 2023 00:49:53 +0000 https://www.universalcargo.com/?p=12367 In case you were worried the government isn't upping its involvement enough in international shipping and the supply chain with recent legislation, including the Ocean Shipping Reform Act of 2022 (OSRA), the Biden Administration announced yesterday (Monday, November 27th) a bunch of new actions aimed at U.S. supply chains.

How many is a bunch? It's a little unclear.

In a White House briefing room release, a summary sentence said, "President Biden will unveil more than 30 new actions to strengthen America’s supply chains," but the first sentence of the actual statement said, "President Biden is announcing nearly 30 new actions to strengthen supply chains critical to America’s economic and national security." More than 30, nearly 30... let's just say around 30. The Biden Administration is announcing around 30 new actions aimed at the American supply chain. Maybe.

When the release got to listing actions, there appeared to be only about half as many actions as the statement claimed. I counted 14. I included the text listing and describing the new actions below. The Biden Administration could be counting multiple actions, which aren't clearly delineated yet, within the new actions the release listed. Or maybe the release only listed some of the actions that would be announced at the first meeting of the Council on Supply Chain Resilience (the formation of which is one of the new actions).

With the inaugural meeting also happening yesterday, I read the transcript of President Biden's speech at the inaugural meeting. That didn't contain the 30 actions (instead, it contained things like the president saying, "this Thanksgiving dinner was the fourth-cheapest ever on record"). Maybe he announced the actions just to the council itself rather than to the public in his speech. Maybe there are simply more actions he's announcing in the near future.

It's possible the Biden Administration, when counting the number of new actions, included how it "continues to deepen engagement with allies and partners to strengthen global supply chains." The release listed several examples. However, it listed them as "in addition to the announcements above," which made me think the deepening engagements the Biden Administration is allegedly making with other countries and global partners are separate from the new actions Biden and his administration are announcing.

That list included things like establishing a trilateral Sub-Committee on Emergency Response with Canada and Mexico through the United States-Mexico-Canada Agreement (USMCA), which was negotiated by the Trump Administration. The trilateral sub-committee was formed close to a year ago, back in February. Other items on this additional list go back further than that, making them not exactly feel new. However, there are 12 items on this additional list. That doesn't quite get us to 30, but maybe close enough at 26. So let's count them as new actions – "new" is a subjective term, after all.

Including all the text below that lists actions and partnerships from the White House's release gives 30-ish new-ish actions-ish from the Biden Administration. The administration's spin on the items won't give us exactly how these actions will be implemented or what their results will be. Unfortunately, increased government involvement in an industry or sector often results in it being bogged down by overregulation and it becoming more expensive, particularly for consumers. Hopefully, that won't end up being the case here with the supply chain. However, President Biden's track record doesn't fill me with confidence.

See what the Biden Administration announced it's doing by continuing to read in Universal Cargo's blog.

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In case you were worried the government isn’t upping its involvement enough in international shipping and the supply chain with recent legislation, including the Ocean Shipping Reform Act of 2022 (OSRA), the Biden Administration announced yesterday (Monday, November 27th) a bunch of new actions aimed at U.S. supply chains.

How many is a bunch? It’s a little unclear.

Photo of Joe Biden by Gage Skidmore
Photo of Joe Biden by Gage Skidmore

In a White House briefing room release, a summary sentence said, “President Biden will unveil more than 30 new actions to strengthen America’s supply chains,” but the first sentence of the actual statement said, “President Biden is announcing nearly 30 new actions to strengthen supply chains critical to America’s economic and national security.” More than 30, nearly 30… let’s just say around 30. The Biden Administration is announcing around 30 new actions aimed at the American supply chain. Maybe.

When the release got to listing actions, there appeared to be only about half as many actions as the statement claimed. I counted 14. I included the text listing and describing the new actions below. The Biden Administration could be counting multiple actions, which aren’t clearly delineated yet, within the new actions the release listed. Or maybe the release only listed some of the actions that would be announced at the first meeting of the Council on Supply Chain Resilience (the formation of which is one of the new actions).

With the inaugural meeting also happening yesterday, I read the transcript of President Biden’s speech at the inaugural meeting. That didn’t contain the 30 actions (instead, it contained things like the president saying, “this Thanksgiving dinner was the fourth-cheapest ever on record”). Maybe he announced the actions just to the council itself rather than to the public in his speech. Maybe there are simply more actions he’s announcing in the near future.

It’s possible the Biden Administration, when counting the number of new actions, included how it “continues to deepen engagement with allies and partners to strengthen global supply chains.” The release listed several examples. However, it listed them as “in addition to the announcements above,” which made me think the deepening engagements the Biden Administration is allegedly making with other countries and global partners are separate from the new actions Biden and his administration are announcing.

That list included things like establishing a trilateral Sub-Committee on Emergency Response with Canada and Mexico through the United States-Mexico-Canada Agreement (USMCA), which was negotiated by the Trump Administration. The trilateral sub-committee was formed close to a year ago, back in February. Other items on this additional list go back further than that, making them not exactly feel new. However, there are 12 items on this additional list. That doesn’t quite get us to 30, but maybe close enough at 26. So let’s count them as new actions – “new” is a subjective term, after all.

Including all the text below that lists actions and partnerships from the White House’s release gives 30-ish new-ish actions-ish from the Biden Administration. The administration’s spin on the items won’t give us exactly how these actions will be implemented or what their results will be. Unfortunately, increased government involvement in an industry or sector often results in it being bogged down by overregulation and it becoming more expensive, particularly for consumers. Hopefully, that won’t end up being the case here with the supply chain. However, President Biden’s track record doesn’t fill me with confidence.

White House Text Listing Biden Administration’s “New Actions to Strengthen America’s Supply Chains, Lower Costs for Families, and Secure Key Sectors”

  • The creation of the Council on Supply Chain Resilience. Today, President Biden will convene the inaugural meeting of the White House Council on Supply Chain Resilience, which will advance his long-term, government-wide strategy to build enduring supply chain resilience. The Council will be co-chaired by the National Security Advisor and National Economic Advisor, and include the Secretaries of Agriculture, Commerce, Defense, Energy, Health and Human Services, Homeland Security, Housing and Urban Development, the Interior, Labor, State, Transportation, the Treasury, and Veterans Affairs; the Attorney General; the Administrators of the Environmental Protection Agency and the Small Business Administration; the Directors of National Intelligence, the Office of Management and Budget, and the Office of Science and Technology Policy; the Chair of the Council of Economic Advisers; the U.S. Trade Representative; and other senior officials from the Executive Office of the President and other agencies.
     
  • Use of the Defense Production Act to make more essential medicines in America and mitigate drug shortages. President Biden will issue a Presidential Determination to broaden the Department of Health and Human Services’ (HHS) authorities under Title III of the Defense Production Act (DPA) to enable investment in domestic manufacturing of essential medicines, medical countermeasures, and critical inputs that have been deemed by the President as essential to the national defense. HHS has identified $35 million for investments in domestic production of key starting materials for sterile injectable medicines. HHS will also designate a new Supply Chain Resilience and Shortage Coordinator for efforts to strengthen the resilience of medical product and critical food supply chains, and to address related shortages. HHS intends to institutionalize this coordination to advance the department’s supply chain resilience and shortage mitigation goals over the long term. The Department of Defense (DOD) will also soon release a new report on pharmaceutical supply chain resilience aimed at reducing reliance on high-risk foreign suppliers. These actions are a subset of the Administration’s broader work to increase access to essential medicines and medical products.
     
  • New cross-governmental supply chain data-sharing capabilities. The Administration has developed several cross-government partnerships to improve supply chain monitoring and strategy, including:
    • The Department of Commerce’s new, first-of-its-kind Supply Chain Center is integrating industry expertise and data analytics to develop innovative supply chain risk assessment tools, and is coordinating deep-dive analyses on select critical supply chains to drive targeted actions to increase resilience. This Center is building broad partnerships across government, industry, and academia, including collaborating with the Department of Energy (DOE) to conduct deep-dive analyses on clean energy supply. Additionally, Commerce is partnering with HHS to assess industry and import data that can help address foreign dependency vulnerabilities and points of failure for critical drugs.
    • The Department of Transportation’s (DOT) Freight Logistics Optimization Works (“FLOW”) program is a public-private partnership that brings together U.S. supply chain stakeholders to create a shared, common picture of supply chain networks and facilitate a more reliable flow of goods. DOT is announcing a new milestone for FLOW, in which participants are beginning to utilize FLOW data to inform their logistics decision making, helping to avoid bottlenecks, shorten lead times for customers, and enable a more resilient and globally competitive freight network through earlier warnings of supply chain disruption. As the effort continues to mature, DOT will work with the Department of Agriculture (USDA) to increase data transparency for containerized shipments of agricultural products in the United States, efforts that can help producers and sellers avoid disruptions that can increase food prices.
    • These new analytical capabilities will enable the Council to coordinate a more complete, whole-of-government critical supply chain monitoring function.

Additional actions to support stronger supply chains and access to affordable, reliable energy and critical technology:

Investing in critical supply chains:

  • DOE today announced $275 million in grant selections for its Advanced Energy Manufacturing and Recycling Grant Program, investments that will revitalize communities affected by coal mine or coal power plant closures through investment in clean energy supply chains, including production of critical materials, components for grid-scale batteries and electric vehicles, onshore wind turbines, and energy conservation technologies. DOE also announced up to $10 million of funding for a “critical material accelerator” and a $5.6-million prize to develop circular clean energy supply chains. These efforts build on action by President Biden to authorize DOE’s use of the DPA to increase domestic production of five key clean energy technologies—including electric heat pumps—as well as DOE’s recently announced $3.5-billion investment through the Bipartisan Infrastructure Law to boost domestic production of advanced batteries and battery materials needed for essential clean energy technologies such as stationary storage and electric vehicles.
  • USDA is making investments worth $196 million to strengthen our domestic food supply chains and create more opportunity for farmers and entrepreneurs in 37 states and in Puerto Rico. These investments—which build on prior investments in diversified food processing, resilient agricultural markets, and fertilizer production—expand farmer income opportunities, create economic opportunities for people and businesses in rural areas, and lower food costs.
  • DOD, building on the $714 million in DPA investments it has made in 2023 to support defense-critical supply chains, will publish the first ever National Defense Industrial Strategy (NDIS). The NDIS will guide engagement, policy development, and investment in the defense industrial base over the next three to five years. It will ensure a coordinated, whole-of-government approach to and focus on the multiple layers of suppliers and sub-suppliers that make up these critical supply chains.

Planning for long-term industrial resilience and future supply chain investments:

  • Launch of the quadrennial supply chain review. The Council will complete the first quadrennial supply chain review by December 31, 2024. As part of the review, the Council will update criteria on industries, sectors, and products defined as critical to national and economic security. In addition, 12 months after the Council promulgates the criteria, and annually thereafter, the Council will apply the criteria to review and update the list of critical sectors, as appropriate.
  • Smart manufacturing plan. DOE’s Office of Energy Efficiency and Renewable Energy (EERE) Advanced Materials and Manufacturing Technologies Office (AMMTO) is sponsoring a study by the National Academies of Science, Engineering, and Medicine to develop a nationwide plan for smart manufacturing. The report will establish key priorities for investment to support new digital and artificial intelligence technologies. These investments will enhance the productivity and security of the manufacturing systems that are critical for maintaining domestic supply chains.

Deploying new capabilities to monitor existing and emerging risks:

  • New Resilience Center and tabletop exercises for supply chain disruptions. The Department of Homeland Security (DHS) is announcing the launch of a new Supply Chain Resilience Center (SCRC), which will be dedicated to ensuring the resilience of supply chains for critical infrastructure needed to deliver essential services to the American people. Near-term priorities will include addressing supply chain risks resulting from threats and vulnerabilities inside U.S. ports. Additionally, in 2024, in collaboration with other federal agencies and foreign governments, DHS will facilitate at least two tabletop exercises designed to test the resilience of critical cross-border supply chains. Further, DHS and the Department of Commerce will collaborate to continue to strengthen the semiconductor supply chain and further the implementation of the CHIPS and Science Act.
  • Launch of DOT Multimodal Freight Office. As part of the Bipartisan Infrastructure Law (“BIL”) implementation, DOT is launching its Office of Multimodal Freight Infrastructure and Policy (“Multimodal Freight Office”). This office is responsible for maintaining and improving the condition and performance of the nation’s multimodal freight network including through the development of the National Multimodal Freight Network, review of State Freight Plans, and the continued advancement of the FLOW initiative in partnership with the Bureau of Transportation Statistics.
  • Monitoring of climate impacts. The White House National Security Council, Office of Science and Technology Policy, and the Council of Economic Advisers will co-lead an interagency effort in partnership with the National Oceanic and Atmospheric Administration to monitor global developments related to El Niño, including this climate phenomenon’s impact on U.S. and global commodity prices, agriculture and fishery output, disruptions to global and trade supply chains, and resulting impacts on food security, human health, and social instabilities.
  • Energy and critical mineral supply chain readiness. To more consistently track risk and opportunity across energy supply chains, DOE is developing an assessment tool that accounts for raw materials, manufacturing, workforce, and logistics considerations. Additionally, to help assess the potential for trade disruptions of select critical minerals and materials, the Department of the Interior’s U.S. Geological Survey (USGS) will map and develop geospatial databases for select global critical product supply chains, with a current focus on semiconductor components; and will seek designation by the Chief Statistician of the United States of a federal statistical unit providing the nation’s official minerals statistics. Additionally, the National Science and Technology Council’s Critical Minerals Subcommittee plans to launch a new criticalminerals.gov website in January 2024 that will highlight cross-governmental supply chain efforts.
  • Defense supply chain mapping and risk management. DOD is increasing supply chain visibility through the creation of a Supply Chain Mapping Tool to analyze supplier data for 110 weapon systems. This capability will be used to develop defense industrial base wargaming scenarios to identify vulnerabilities and develop mitigation strategies.
  • Risk mapping for labor rights abuses. The Department of Labor (DOL) updated its Comply Chain guidance for identifying and addressing labor rights violations in global supply chains. In addition, DOL is providing $8 million for two four-year projects to identify supply chain traceability methods and technologies to address child labor or forced labor risks in diverse supply chains, such as the cobalt and cotton sectors. DOL will also undertake new supply chain research on mining and agriculture products across Asia, Africa, and Latin America.

In addition to the announcements above, the Administration continues to deepen engagement with allies and partners to strengthen global supply chains, including:

Deepening international early warning systems to detect and respond to supply chain disruptions in critical sectors with allies and partners, including:

  • With the European Union. In May 2023, the United States and the EU established an early warning system for semiconductor supply chain disruptions under the U.S.-EU Trade and Technology Council.
  • With Japan and the Republic of Korea. In August, the United States, Japan, and the Republic of Korea committed at Camp David to launch early warning system pilots, starting by identifying priority products and materials such as critical minerals and rechargeable batteries and establishing mechanisms to rapidly share information on disruptions to critical supply chains.
  • With Mexico and Canada. Through the United States-Mexico-Canada Agreement (USMCA), the United States, Canada, and Mexico established a trilateral Sub-Committee on Emergency Response to coordinate North American efforts to maintain regional trade flows during emergency situations.
  • With Australia, Canada, the European Union, Japan, the United Kingdom, and the World Health Organization. The Global Regulatory Working Group on Drug Shortages, currently chaired by the U.S. Food and Drug Administration, meets quarterly to discuss product shortages participating jurisdictions are encountering and ways such shortages are being addressed. The group’s exchange of information helped address product shortages experienced by each partner during the COVID-19 pandemic and subsequent “tripledemic” including COVID-19, influenza, and respiratory syncytial virus.
  • With global partners. Through the President’s Emergency Plan for Adaptation and Resilience (PREPARE), the U.S. government funds activities to improve the weather, water, and climate observing capabilities and data sharing in regions and countries that are needed to produce actionable local, regional, and global climate information and minimize impacts upon infrastructure, water, health, and food security.

Strengthening global supply chains through other innovative multilateral partnerships:

  • Indo-Pacific Economic Framework for Prosperity (IPEF) Supply Chain Agreement. The United States and 13 IPEF partners concluded a first-of-its-kind Supply Chain Agreement that gives partners new tools to build diversified, competitive supply chains for critical sectors, including an IPEF Supply Chain Council to coordinate action. The Department of Commerce is kickstarting this effort through pilot projects to enhance the resilience of key supply chains, including those related to semiconductors, critical minerals, and cold chain services. In addition, the Supply Chains Agreement establishes a Crisis Response Network that will allow IPEF partners to better prepare for and respond to supply chain disruptions through emergency communication channels and joint crisis simulations, as well as a Labor Rights Advisory Board to promote worker rights across supply chains.
  • Americas Partnership for Economic Prosperity (Americas Partnership). The Americas Partnership is focused on, among other things, strengthening and diversifying supply chains. In its first year of work, the Americas Partnership will focus on the development of regional competitiveness plans in three critical sectors: semiconductors, clean energy, and medical supplies.
  • North American Leaders’ Summit (NALS). Through NALS, the United States, Canada, and Mexico are enhancing the resilience of North America’s supply chains for critical minerals, semiconductors, and other essential goods. This trilateral effort includes partnering with regional industry and academia to create quality jobs, promote investment, grow talent, and catalyze innovation.
  • Partnership for Global Infrastructure and Investment (PGI). Through PGI, the United States is mobilizing public and private financing to incentivize investments and develop transformative economic corridors to diversify global supply chains and create new opportunities for American workers and businesses. From the development of the Lobito Corridor, connecting the Democratic Republic of the Congo and Zambia with global markets through Angola, to the launch of the landmark India-Middle East-Europe Economic Corridor—through PGI, the United States is creating novel interconnections across regions to facilitate trade and secure clean energy, digital, food security, and other critical supply chains.
  • Global Labor Directive. On November 16, President Biden signed the Presidential Memorandum on Advancing Worker Empowerment, Rights, and High Labor Standards Globally. The President directed several departments to address labor rights abuses in global supply chains and identify innovative approaches to promote internationally recognized labor rights throughout the supply chain, including by collaborating with labor organizations, workers, and other labor stakeholders to consider efforts that support worker-led monitoring of labor rights compliance.
  • The Mineral Security Partnership (MSP). The Department of State, along with partners including Australia, Canada, Finland, France, Germany, India, Italy, Japan, Norway, the Republic of Korea, Sweden, the United Kingdom, and the European Union (represented by the European Commission), established the MSP to accelerate the development of diverse and sustainable critical energy minerals supply chains. The MSP works with host governments and industry to facilitate targeted financial and diplomatic support for strategic projects along the value chain with an emphasis on those projects which adhere to and promote the highest labor, environmental and sustainability standards.
  • International Technology Security and Innovation (ITSI) Fund. Created by the CHIPS and Science Act of 2022, the ITSI Fund promotes the diversification of the global semiconductor supply chain. State will partner with countries to develop the most attractive economic environments for private investment. With ITSI Fund support, the Organization of Economic Cooperation and Development has established the Semiconductor Exchange Network allowing policymakers in the semiconductor industry to examine risks and interdependencies on the current state of the semiconductor ecosystem. Additionally, the ITSI Fund is supporting ecosystem reviews in key partner countries that will inform future collaboration on developing this critical sector.
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Revolutionize Business Operations: How Technology Can Boost TMS Growth https://www.universalcargo.com/revolutionize-business-operations-how-technology-can-boost-tms-growth/ https://www.universalcargo.com/revolutionize-business-operations-how-technology-can-boost-tms-growth/#respond Tue, 31 Oct 2023 20:51:20 +0000 https://www.universalcargo.com/?p=12335 This is a guest post by Moyofade Ipadeola.

Your business can't do without shipping, yes. But who says you have to do the shipping yourself?

Let’s face it; the complexities of import and export demand significant time and resources that could be invested in other parts of your business. For example, not knowing where your cargo is can be really scary. And with good reason – over 2,675 containers are lost at sea each year. 

That’s where a reliable freight forwarder comes in handy. Universal Cargo is THE go-to freight forwarder when it comes to your US import/export operation. They take the burden of shipping goods worldwide off your shoulders and calm your fears. 

Freight forwarders handle shipping processes like warehousing, tracking onshore transport, securing cargo space, arranging cargo, sorting freight charges, and managing documentation, among others. 

But a freight forwarder isn't all you need to transform your business operations in this digital age  – you need a robust transportation management system (TMS). 

Thankfully, there are new technologies that, if integrated into your transportation management system, will boost it and revolutionize your business operations. These are the technologies we’ll be discussing in this article. Go to Universal Cargo's blog to jump right in.

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This is a guest post by Moyofade Ipadeola.

Your business can’t do without shipping, yes. But who says you have to do the shipping yourself?

Let’s face it; the complexities of import and export demand significant time and resources that could be invested in other parts of your business. For example, not knowing where your cargo is can be really scary. And with good reason – over 2,675 containers are lost at sea each year

That’s where a reliable freight forwarder comes in handy. Universal Cargo is THE go-to freight forwarder when it comes to your US import/export operation. They take the burden of shipping goods worldwide off your shoulders and calm your fears. 

Freight forwarders handle shipping processes like warehousing, tracking onshore transport, securing cargo space, arranging cargo, sorting freight charges, and managing documentation, among others. 

But a freight forwarder isn’t all you need to transform your business operations in this digital age  – you need a robust transportation management system (TMS). 

Thankfully, there are new technologies that, if integrated into your transportation management system, will boost it and revolutionize your business operations. These are the technologies we’ll be discussing in this article. Let’s jump right in.  

How a TMS Will Benefit Your Import/Export Operations

A transportation management system is a logistic platform used in supply chain management to plan, optimize, and implement the transportation of goods. TMS helps businesses manage and improve the daily workflow of their transportation operations. Here are reasons to invest in a TMS for a more efficient business. 

Logistics Optimization

A transportation management system (TMS) helps you manage your entire supply chain and logistics process, making it more efficient and cost-effective. It covers every process from the time you receive orders to when you deliver them. This software assists you in route optimization, load consolidation, real-time tracking, and inventory management, among others. 

Document Flow Simplification

Documentation is critical to the import/export business, yet it can be a mess. Handling different documents throughout the whole supply chain process can be tasking and disorderly if done manually. TMS automates and simplifies the whole documentation process in your business. 

It improves the status visibility of all documents, letting you access them easily. With TMS, you generate accurate and consistent documents, saving you time and minimizing errors. A transportation management software also improves internal and external communications, allowing you to carry all stakeholders along and resolve issues sufficiently.

Real-Time Tracking and Visibility

There’s nothing as frustrating as not being able to track your goods. Even if you’re outsourcing your shipping to a freight forwarder, you must be able to know where your goods are at any point in time. TMS puts your mind at rest in this regard. It gives you an up-to-the-minute update of where your shipment is at every stage of the supply chain. 

Real-time tracking of your products improves your efficiency, letting you allocate resources more effectively. It also enables you to detect any delays or issues on time so they can be resolved before they get out of hand. With TMS, your customers can also get real-time updates on their goods, leading to improved customer experience. 

Compliance with Agreements and Regulations

To be successful in any business, including import/export, you must comply with the relevant regulations and agreements. This sounds easy but the process can be complicated. But TMS has got your back. It helps you simplify tasks relating to compliance management. As a result, you will not only be avoiding fines and penalties, you will also be running a reputable and sustainable business. 

On-time Delivery

The best way to lose customers is by delivering their goods late. Fortunately, a transportation management system helps you reduce and even eliminate this occurrence. Route adjustment features in TMS enable you to route your goods more efficiently to avoid delays. In addition, the real-time tracking data you get from a TMS calculates the exact expected time of arrival (ETA) of goods and relays the information to customers. 

Businesses that can benefit from a transportation management system include the following:

  • Food and beverage businesses
  • Ecommerce businesses
  • Distributors
  • Retailers
  • Healthcare and pharmaceutical companies
  • Building materials and construction companies
  • Agricultural businesses
  • Oil and gas companies
  • Textile companies 

To revolutionize your business operations, TMS is not a should-have, it’s a must-have. It eases your supply chain operations, letting you optimize your resources. The benefits you get from adopting a transportation management system not only help you run your business smoothly, they place you among the top-tier companies in your field. 

5 Technologies to Boost TMS Growth

TMS is a fantastic innovation but it stops being so if you don’t expand it to meet evolving technological demands. For example, what the computer was 20 years ago is not what it is now. It has been upgraded many times to meet present needs. The same principle applies to TMS. It has to be continually boosted by being integrated with other software to make it more robust. Here are five technologies that can boost TMS growth. 

  1. Equipment management software 

Equipment management software improves the allocation and utilization of assets in your business. Say goodbye to days of endless spreadsheets and manage your equipment data in one central location. Whether you’re into manufacturing or supply, every piece of equipment you own must be well-managed. 

Integrating an equipment management system into your TMS ensures you never lose track of your equipment and power tools. Not only are you able to collaborate more effectively, you also gain full control of your equipment and enhance accountability. 

  1. Battery management software 

Battery management software (BMS) unlocks performance, improves safety, and enhances the lifespan of batteries in any application. BMS  improves the efficiency of your transportation management system in several ways. First, it helps optimize routes for electric vehicles (EVs), enabling them to complete their journeys without running out of charge. 

Another benefit of integrating a BMS into your TMS is that it can route EVs through charging stations, ensuring that they recharge as and when needed. Also, if you’re using an energy management system to optimize power usage in your facility, BMS works like magic. It helps coordinate your EVs to charge during off-peak hours, saving energy and promoting sustainability. 

  1. Enterprise resource planning systems

An enterprise resource planning (ERP) system is a rounded integrated software that assists businesses of all sizes to harmonize and streamline their core processes. An ERP system provides by-the-minute visibility of workflows, boosts operations and improves decision-making.

When you integrate TMS and ERP, you facilitate smooth data sharing between the transportation unit and other units of the company. The centralized database that the ERP provides ensures that only valid and accurate information guides transportation decisions. This information can cover aspects like customer orders, supplier details and inventory status.

  1. Supplier relationship management software

Supplier relationship is crucial to a vibrant supply chain and indeed the success of the company. Thus, the need to manage suppliers successfully is what birthed the supplier relationship management (SRM) software. This software improves the procurement process, boosts supplier collaboration and ensures the efficient operation of the company’s supply chain.

If integrated with the TMS, the SRM software helps enhance relationships with suppliers and partners in the transportation unit like freight forwarders. Data collected from SRM enables TMS to manage transportation operations more efficiently. 

Generally, the integration of TMS and SRM leads to better logistic planning, cost-effectiveness, and an enhanced supply chain process. 

  1. Warehouse management system

Warehouse management systems (WMSs) are software solutions developed for managing warehouse operations. They ensure the efficient processing of goods from arrival till they leave the warehouse. The software covers functions like inventory management, order management, shipping, and task management. 

When integrated with TMS, WMS helps streamline and optimize the transportation workflow, resulting in reduced errors, short fulfillment times and improved order accuracy. 

Why the Need for Technological Advancements in TMS

Still not sold? Then a deeper dive into the need for an advanced tech-driven TMS will change your mind. Here are five solid reasons you need to jump onboard and boost your TMS with improved technology. 

  1. Growing complexities of the supply chain process 

We’re in a digital age where the business landscape has changed drastically. The supply chain industry is not left behind – the process has become more complex, transcending borders and becoming global. And this digital transformation is not stopping anytime soon. That’s why you must embrace the latest technological advancements for your TMS growth.

  1. The need to save costs 

It’s a fact that technological solutions help businesses manage their operations better and save costs. TMS-boosting software are no exception. They streamline your workflows, block loopholes, and save you tons of money. 

  1. Customer expectations 

You’re in business because of your customers. Remove them from the equation and you’ll be out of business pretty soon. And today’s customers have high demands that can only be met with the latest technologies. So, to ensure you keep your customers and gain new ones, you must integrate modern solutions into your TMS. 

  1. Data-driven age 

The whole world is driven by data – from governments to corporations and NGOs. Anyone who’s serious about making any impact in this age has to use data in one form or the other. What better way to leverage up-to-date data than by adopting software designed to help you use data to your advantage? All the solutions mentioned here are data-equipped to enable you to manage your transportation operations more effectively. 

  1. Regulatory compliance  

Regulations guide the business landscape and keeping up with them can be stressful. But with these innovative technologies, it becomes easier. For example, the centralized data an ERP software provides gives you immediate access to any data needed for regulatory purposes in the transportation unit. Also, a battery management software helps you comply with sustainability rules.

See? The transportation management software (TMS) is good but it can be better with supporting digital solutions. With these software, not only will you be able to effectively use data, your operations will become smoother and more productive. 

The Difference Between You and Your Competitors

Do you know that in the US, exports of goods increased from $3.2 billion to $168.4 billion in July 2023? Guess who those are raking in such humongous amounts? You’re right – your competitors. And how are they able to do such incredible numbers? You’re right again – by leveraging innovative technologies. 

See why you can’t fold your arms and settle for a TMS that’s not optimized for growth? Here are other benefits you derive from boosting your TMS.

  • Reduced costs: benefits like load consolidation and route optimization gained from an improved TMS helps reduce costs. 
  • Improved decision-making: with access to up-to-date data that these technologies provide, decision-making becomes easier and better informed.  
  • Better customer experience: these software enable you to improve your operations and service delivery, leading to enhanced customer experience. 
  • Efficient use of labor: TMS-boosting software promotes the visibility of all your supply chain processes, enabling you to efficiently deploy labor. 
  • Compliance with industry regulations: these technologies make it easy to comply with industry regulations, helping you avoid fines and penalties that come with non-compliance.
  • Achievement of sustainability goals: your corporate sustainability goals are seamlessly met with advanced TMS technologies like equipment management software and battery management software.

These benefits are too juicy and numerous to pass on. And there’s no better time to integrate TMS growth-boosting technologies than now. Remember, the difference between import/export businesses that are doing great numbers and those performing poorly is the technology they leverage. 

Time to Grow Your Export/Import Business with Advanced TMS Technology

It’s not business as usual. The world is changing fast and tech gurus are constantly churning out digital solutions to ease business processes and promote growth. It’s a great time in history and an opportunity to move your business to the next level with an enhanced transportation management system. 

Your TMS will do much more if integrated with growth-boosting solutions like the equipment management software, battery management software, enterprise resource planning, supplier relationship management software, and warehouse management system. 

Even if you don’t want to take advantage of these digital transformation tools, necessities like the growing complexities of the supply chain process, cost saving, customer expectations, data-driven age, and regulatory compliance are valid reasons to jump in. 

Not to worry, your investments are not a waste. They come with dividends like reduced operational costs, better decision-making, improved customer experience, efficient use of labor, compliance with industry regulations, and achievement of corporate sustainability goals. 

So, the best time to integrate these solutions with your TMS was yesterday. The next best time is now. You have the ball; you have the court. 

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This was a guest post by Moyofade Ipadeola.

Author Bio

Moyofade Ipadeola is an SEO writer, UX writer, and editor. Witty, she loves personal development and helping people grow. Mo, as she’s fondly called, is fascinated by all things tech. She can be reached on Linkedin

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ILWU Files Bankruptcy Claim https://www.universalcargo.com/ilwu-files-bankruptcy-claim/ https://www.universalcargo.com/ilwu-files-bankruptcy-claim/#respond Tue, 03 Oct 2023 20:24:55 +0000 https://www.universalcargo.com/?p=12296 The International Longshore & Warehouse Union (ILWU), which represents approximately 40,000 dockworkers up and down the West Coast, filed for Chapter 11 bankruptcy Saturday night, according to a FreightWaves article by Greg Miller (a.k.a. Miller Time):

"The ILWU 'will continue to operate as usual throughout the restructuring process,' the union said in a statement on Sunday morning. It plans to 'continue honoring its employee and payroll obligations in the ordinary course of business.'

"The bankruptcy filing was precipitated by a massive damage award and ongoing litigation in a long-running dispute between ILWU Local 8, the union chapter in Portland, Oregon, and terminal operator ICTSI Oregon."

I've written a great deal over the years about what the ILWU pulled at the Port of Portland. Over two jobs that never even belonged to the union, the ILWU slowed down port operations so much container ships could no longer call on the port.

Those two jobs, plugging and unplugging reefer containers, always belonged to the International Brotherhood of Electrical Workers (IBEW). However, in its bid to control every job up and down the West Coast ports, the mighty ILWU flexed its muscle to punish the terminal operator for daring to leave those two jobs in the hands of the union that had always performed them and warn all the West Coast ports of the possible consequences of not handing over any other jobs that had always been performed by other unions.

The ILWU's actions, which were found to be unlawful, damaged the port, its terminal owners, IBEW, local truckers, shippers, and itself – which is quite obvious as now it has filed for bankruptcy protection....

Keep reading in Universal Cargo's blog.

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The International Longshore & Warehouse Union (ILWU), which represents approximately 40,000 dockworkers up and down the West Coast, filed for Chapter 11 bankruptcy Saturday night, according to a FreightWaves article by Greg Miller (a.k.a. Miller Time):

The ILWU “will continue to operate as usual throughout the restructuring process,” the union said in a statement on Sunday morning. It plans to “continue honoring its employee and payroll obligations in the ordinary course of business.”

The bankruptcy filing was precipitated by a massive damage award and ongoing litigation in a long-running dispute between ILWU Local 8, the union chapter in Portland, Oregon, and terminal operator ICTSI Oregon.

Dockworker and cargo containers
Dockworker and cargo containers

Illegal ILWU Actions that Led to Bankruptcy

I’ve written a great deal over the years about what the ILWU pulled at the Port of Portland. Over two jobs that never even belonged to the union, the ILWU slowed down port operations so much container ships could no longer call on the port.

Those two jobs, plugging and unplugging reefer containers, always belonged to the International Brotherhood of Electrical Workers (IBEW). However, in its bid to control every job up and down the West Coast ports, the mighty ILWU flexed its muscle to punish the terminal operator for daring to leave those two jobs in the hands of the union that had always performed them and warn all the West Coast ports of the possible consequences of not handing over any other jobs that had always been performed by other unions.

The ILWU’s actions, which were found to be unlawful, damaged the port, its terminal owners, IBEW, local truckers, shippers, and itself – which is quite obvious as now it has filed for bankruptcy protection.

If you want a more in depth look at what the ILWU did at the Port of Portland and the fallout from it, here is a handful of posts on it:

Judge Rules ILWU Purposefully Slowed Import/Export @ Port of Portland

ILWU Takes Advantage of No Contract, Slowing Down Port of Portland

ILWU Local 8 Should Pay Damages to Portland Shippers

Jury Hits ILWU with $93M Verdict for What Union Did to Port of Portland

Why Is This International Shipping Story So Sad?

If you don’t have time to go back and read those stories but gave the headlines a quick glance, you probably noticed the $93M verdict a jury hit the ILWU with after finding the union guilty of illegal slowdowns and work stoppages. That $93M verdict is what ultimately led to the union filing for bankruptcy protection.

The jury found both the Local ILWU 8 and ILWU National to be guilty.

What’s Happening Now

The union has continued to fight the verdict ever since it was reached and even got a victory a few years ago when a judge drastically reduced the damages ILWU was ordered to pay. Miller Time gives the details:

In March 2020, Oregon District Judge Michael Simon dramatically reduced the amount due, ruling that damages should not exceed $19.1 million.

While the sides of the case continue to fight in court, the union told its members, “Unfortunately, the ILWU cannot afford to continue to litigate this case,” according to Miller’s FreightWaves article.

So now the ILWU will use Chapter 11 to reorganize, renegotiate, and resolve the debt.

Unfortunately, labor action causing slowdowns at the ports is not an uncommon thing. Particularly when its time for the ILWU to negotiate a new master contract. This pattern led shippers to divert cargo from West Coast to East and Gulf Coast ports over the last couple years to protect themselves from potential cargo delays in the lead-up to and period of contract negotiations between the ILWU and employers represented by the Pacific Maritime Association (PMA). East Coast ports are still enjoying a market share increase of imports.

Here are a bunch of articles from the last year or so relating to the ILWU and ports:

Another Foreign Company Purchases U.S. Port Terminals & ILWU Ratifies Contract

ILWU Canada Strike Again, Stop, Reissue Strike Notice, Then Cancel – Head Spinning Yet?

New ILWU Tentative Contract Details & Fallout

Highly Paid ILWU Workers Want More, So Shippers Pay the Price

ILWU Disrupts West Coast Ports Friday & Continues Labor Action This Week

Strong Ruling Against ILWU in Seattle T-5 Jurisdictional Dispute Could Be Motivation Behind Labor Action that Closed Ports of LA-LB

ILWU Action Closed Ports of LA & LB Last Week, Slowed Opening This Week

ILWU Labor Action Creates Disruption at the Ports of Los Angeles & Long Beach

ILWU & PMA Finally Resume Contract Negotiations

ILWU Negotiations Help NY/NJ Surpass LA/LB as Busiest U.S. Port

More ILWU Port Disruption & Terminals Cutting Man-Hours as Contentious Contract Negotiations Drag

ILWU Slows Oakland & Seattle Port Operations

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New Bill Introduced to Give FMC More Power to Halt Carrier Alliances https://www.universalcargo.com/new-bill-introduced-to-give-fmc-more-power-to-halt-carrier-alliances/ https://www.universalcargo.com/new-bill-introduced-to-give-fmc-more-power-to-halt-carrier-alliances/#respond Tue, 25 Apr 2023 22:12:17 +0000 https://www.universalcargo.com/?p=12001 Democrat and Republican lawmakers seem to have found something they can agree on: the international shipping industry, and ocean freight sector in particular, needs regulatory change. On Monday, Representative John Garamendi, D-California, introduced another bipartisan bill to the House zeroing in on the industry. This one focuses on the Federal Maritime Commission's (FMC's) ability to stop what could be collusive shipping agreements without having to go to the courts to seek injunctions.

If this bill goes through, it could seriously impact the amount of vessel sharing agreements allowed in the industry. Vessel sharing agreements between ocean freight carriers are pervasive. The most prominent such deals form the basis for the three major carrier alliances that dominate worldwide ocean shipping.

Because the supply chain with its ocean shipping sector is one of very few areas where Democrats and Republicans seem able to agree, we're likely on the verge of the FMC's authority over shipping agreements increasing.

Find out more by reading the full post in Universal Cargo's blog.

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Democrat and Republican lawmakers seem to have found something they can agree on: the international shipping industry, and ocean freight sector in particular, needs regulatory change. On Monday, Representative John Garamendi, D-California, introduced another bipartisan bill to the House zeroing in on the industry. This one focuses on the Federal Maritime Commission’s (FMC’s) ability to stop what could be collusive shipping agreements without having to go to the courts to seek injunctions.

If this bill goes through, it could seriously impact the amount of vessel sharing agreements allowed in the industry. Vessel sharing agreements between ocean freight carriers are pervasive. The most prominent such deals form the basis for the three major carrier alliances that dominate worldwide ocean shipping.

Because the supply chain with its ocean shipping sector is one of very few areas where Democrats and Republicans seem able to agree, we’re likely on the verge of the FMC’s authority over shipping agreements increasing.

John Gallagher reports in a FreightWaves article:

The Ocean Shipping Competition Enforcement Act … would allow the Federal Maritime Commission to block any agreements among carriers and marine terminal operators found to be unduly anticompetitive without having to first obtain a federal court order.

The FMC currently cannot on its own block an agreement that it determines to be unreasonably anticompetitive. Instead, it must petition the U.S. District Court for the District of Columbia and persuade the court to do so. If the court disagrees with the FMC’s assessment, the agreement automatically becomes effective.

House of Representatives
Photo of House of Representatives by Ted Eytan

Representative Says Carriers Openly Collude in Alliances

For years, I’ve argued that carrier alliances shrink competition in the ocean freight industry. However, I don’t think I ever used as strong of words as Representative Garamendi did when introducing this bill. On the House floor, He accused carriers of open collusion. In his article, Gallagher quoted the representative:

“The ocean shipping industry was the last transportation sector deregulated by Congress in 1984,” Garamendi said in introducing his bill. “Because of that, today the industry is now dominated by nine foreign-flagged ocean liners that openly collude under three carrier alliances handling some 80% of cargo. After reforming our nation’s ocean shipping laws for the first time in nearly a quarter century, Congress must ensure that the Federal Maritime Commission can do its job and fully enforce the law.

“Americans expect fair, competitive markets with good government, and that is exactly what our bipartisan bill would ensure,” he added.

Under the laws that the carrier alliances came into existence under, carriers are allowed to share vessels but not cooperate when it comes to things like pricing. However, many have worried that the temptation to talk shipping prices would be too great for carriers as they discuss the operations and sharing of their ships. Especially since there have been numerous times carriers have been found guilty and fined over colluding on freight rates.

Adding to suspicion of price collusion is how common it is for carriers to announce things like general rate increases (GRIs) and peak season surcharges (PSSes) practically simultaneously and in similar if not identical amounts and commencement dates.

Even if carriers do manage to resist all collusion temptation on rates, competition still drops with carrier alliances as the carriers are able to work together to reduce capacity (supply) in the industry when demand reduces or they think it is about to decrease.

Will the Bill Ensure Good Government?

The words “good government” stand out to me in Garamendi’s statement about what this bill will ensure. The founding fathers were so convinced that any government could turn tyrannical, they gave us the second amendment. I’m not suggesting the FMC is or would turn tyrannical, but good government is an extremely difficult thing to promise.

We’ve seen in the past, as the government gets more involved in an industry, that industry gets much more expensive for the consumers. And without service getting better. Obvious examples in the U.S. include education and health care. It would not be illogical to worry that the increase of government involvement we’re seeing right now in the international shipping industry could turn out to be detrimental and make importing and exporting more expensive.

For years, I’ve argued that the government should reconsider its allowance of carrier alliances and that it should crack down on unfair detention and demurrage fees shippers face. Now that we’re seeing the government make moves on those issues and more in the supply chain, I’m hoping this doesn’t turn out to be one of those “be careful what you wish for” situations.

The courts do have a valuable place in checking the overreach of government authority. For example, the federal courts just blocked a horrible Californian ban on natural gas appliances. The Golden State already has a severe housing shortage, an enormous homelessness problem, and skyrocketed rents that commonly make it difficult or impossible for even people with incomes over $100,000 a year to be able to afford to live in the same cities where they work. Forcing homeowners and landlords to replace gas appliances, an expensive undertaking, would only exacerbate those problems. Plus, the electric appliances would further tax a power grid that is already unable to meet the state’s needs. And that’s only the beginning of the issues with this particular law.

Removing the courts from the FMC’s process of halting shipping agreements certainly increases the commission’s power and streamlines the process to stop collusive deals. But how well will that power be checked? That’s a question that will likely only be answered for good or naught once the bill and time passes.

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ILWU Contract Negotiations Suspended https://www.universalcargo.com/ilwu-contract-negotiations-suspended/ https://www.universalcargo.com/ilwu-contract-negotiations-suspended/#respond Thu, 27 Oct 2022 23:16:31 +0000 https://www.universalcargo.com/?p=11333 By all reports, the International Longshore & Warehouse Union (ILWU) and the Pacific Maritime Association (PMA) are still far away from reaching terms on a new master contract. And now negotiations are suspended.

Peter Tirschwell reports in the Journal of Commerce (JOC):

"Contract negotiations between West Coast dockworkers and marine terminal employers — ongoing for more than five months — have been put on hold pending resolution of a hearing to determine jurisdiction of cold-ironing work at an SSA-run terminal at the Port of Seattle, sources tell JOC.com."

A couple months ago, contract negotiations stalled over this issue of union jurisdiction. The problem only appears to be getting worse.

Find out more by reading the full post in Universal Cargo's blog.

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By all reports, the International Longshore & Warehouse Union (ILWU) and the Pacific Maritime Association (PMA) are still far away from reaching terms on a new master contract. And now negotiations are suspended.

Peter Tirschwell reports in the Journal of Commerce (JOC):

Contract negotiations between West Coast dockworkers and marine terminal employers — ongoing for more than five months — have been put on hold pending resolution of a hearing to determine jurisdiction of cold-ironing work at an SSA-run terminal at the Port of Seattle, sources tell JOC.com.

A couple months ago, contract negotiations stalled over this issue of union jurisdiction. The problem only appears to be getting worse.

The big issue most people were expecting to cause contention in the ILWU contract negotiations was automation. However, the union and employers won’t even get to that, nor the large (40%) wage increases the union reportedly initially demanded for dockworkers, until the parties get past this jurisdiction issue. However, this issue is actually related automation in a way.

The ILWU says they gave the PMA language for automation in the 2008 master contract under the understanding the PMA would back the union over others in jurisdictional disputes. If they weren’t already, the ILWU became very aggressive in going after jobs controlled by other unions after the 2008 agreement.

In the lead-up to and during the 2014-15 contract negotiations, the local chapter of the ILWU at the Port of Portland hard-timed the port so much over two jobs always held by the Brotherhood of Electrical Workers that carriers stopped calling on the port with container ships.

Another union, the International Association of Machinists and Aerospace Workers (IAMAW) has jurisdiction on equipment maintenance and repair jobs at a terminal, T5, at the Port of Seattle. The ILWU wants the PMA to back it in the union’s jurisdiction fight to get those jobs. However, the PMA says it can’t do anything there because a court ruling has already been made in IAMAW’s favor.

Now, there’s a hearing on union jurisdiction over these cold-ironing jobs at the Port of Seattle that could turn out the same way the T5 jurisdiction ruling turned out.

It all adds up to the ILWU claiming the PMA hasn’t sufficiently backed the union on jurisdiction to have the right to automate. Not only are we talking about further automation but also what automation has already been done in recent years.

There’s a big disconnect here. The ports need automation to keep up with the amount of cargo that pours through the ports. The ILWU views automation as an existential threat where machines take jobs from people. The PMA has produced evidence that automation, as it increases efficiency and brings attracts more business to terminals, creates more union work and jobs. The union rejects that evidence.

I wouldn’t want to have to arbitrate fights over the issue at the negotiation table.

Despite being 5+ months into contract negotiations already, there seems to be no one who expects agreement to be reached this year. Tirschwell writes in his JOC article:

The inability to get past the jurisdictional issue in Seattle has now led some observers to conclude that the contract negotiations between the International Longshore and Warehouse Union (ILWU) and Pacific Maritime Association (PMA) are unlikely to be resolved this year. Talks began May 10 in San Francisco.

“I don’t see it getting resolved in the next couple of weeks,” Gene Seroka, executive director of the Port of Los Angeles, told JOC.com this week. “We’re probably months away.”

Being months away from resolution is very bad news for shippers, as the ILWU as already executed slowdowns during these negotiations. Here are a couple posts we published on the labor action that has happened:

ILWU Slows Oakland & Seattle Port Operations

ILWU Labor Action Occurs as Contract Negotiations Look Bad

One piece of good news, which Tirschwell points out, currently keeping labor contention from boiling over is the amount of work longshoremen are getting:

… the union’s negotiators are not under any pressure from the rank and file to rush into a contract. That’s because West Coast longshore workers have worked more hours year to date this year than during the same period last year.

According to numbers provided by the PMA, the ILWU working hours paid through the first week of October totaled 29.3 million, up 4 percent from the 28.2 million working hours paid during the same period last year. Working hours are up even though US imports from Asia to the West Coast were down 1.7 percent in January through September compared with the first nine months last year, according to PIERS, a JOC.com sister product within S&P Global.

Amidst an uneasy economy, shipping demand is rapidly falling right now. Let’s hope that doesn’t cause labor hours to start falling, turning the situation ugly at West Coast ports.

 

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How Likely Is a Rail Strike? https://www.universalcargo.com/how-likely-is-a-rail-strike/ https://www.universalcargo.com/how-likely-is-a-rail-strike/#respond Wed, 03 Aug 2022 01:53:44 +0000 https://www.universalcargo.com/?p=11217 Strike, strike, strike! The U.S. supply chain is in a triple strike threat from truckers, dockworkers, and rail workers. Normally, it's three strikes and you're out, but this is no game. Any one of these potential strikes threatening the supply chain could permanently close businesses people depend on for their livelihoods. Perhaps the biggest and least talked about threat of the three is the potential rail strike.

If trains are stopped from moving goods around the country, it would be devastating for a U.S. supply chain already suffering major difficulties for the last couple years and a U.S. economy already in a recession – unless you change the definition of recession as some are trying to do for political reasons.

Many have said we will see a rail strike by the end of September, if not earlier. How likely is that strike to happen?

Find out by reading the full post in Universal Cargo's blog.

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Strike, strike, strike! The U.S. supply chain is in a triple strike threat from truckers, dockworkers, and rail workers. Normally, it’s three strikes and you’re out, but this is no game. Any one of these potential strikes threatening the supply chain could permanently close businesses people depend on for their livelihoods. Perhaps the biggest and least talked about threat of the three is the potential rail strike.

If trains are stopped from moving goods around the country, it would be devastating for a U.S. supply chain already suffering major difficulties for the last couple years and a U.S. economy already in a recession – unless you change the definition of recession as some are trying to do for political reasons.

Many have said we will see a rail strike by the end of September, if not earlier. How likely is that strike to happen?

Is a Rail Strike as Likely as a Truckers Strike?

It can’t be said a rail strike is more likely than a truckers strike because, already, truckers in California executed a strike over Assembly Bill 5 (AB5) that basically shut down the Port of Oakland for a week.

cargo train BNSF

While things could continue to get worse on the truckers front, we’re currently left with many questions there. Will 70,000 truckers be forced off the roads and away from the ports in California when a trucker shortage already exists? Will most independent truckers just be forced to become employees while we face a tricky transition time. Will more legal action stop this law from altering the supply chain’s trucking model? Will truckers strike more? Could they similarly to Oakland disrupt the country’s busiest entry point for goods, the Ports of Los Angeles and Long Beach?

Over 100 International Longshore & Warehouse Union (ILWU) members assisted the truckers in disrupting the Port of Oakland by refusing to work in honor of the picket lines of independent truck owner and operators who don’t want to be forced to become employees or possibly forced off the roads in California altogether. Despite these union members talking about standing with the truckers, the ILWU officially supports AB5 because a major goal of the law is to unionize drivers. While ILWU members at the Port of Oakland’s biggest terminal stood with the independent truckers, ILWU members ignored the pickets at other terminals.

It’s likely ILWU members at the Southern California ports will ignore future strikes and convoys from truckers at the Ports of Los Angeles and Long Beach. That’s what would be wanted by union leadership, which in official statements spun members standing with the truckers in Oakland as refusing to work over safety issues. Indeed, the union has already ignored demonstrations by truckers at the Ports of LA and LB.

Rail workers striking would not need an assist from other industry unions to be effective. However, rail workers are themselves separated into several unions, so those unions would likely have to organize together to execute an effective wide rail strike. Those unions do appear prepared to do so. They do not have the dividing hindrance that truckers do in that AB5 directly impacts independent truckers but doesn’t affect the status of truckers who are already employees of trucking companies. Grievances rail workers have with rail carriers generally impact the workers regardless to which union they belong.

Additionally, rail grievances are nation-wide rather than localized to one state. While we’ll certainly see continued action from Californian truckers on AB5, if we do see work-stoppage from rail workers, it will have a bigger impact.

Is a Rail Strike as Likely as a Dockworkers Strike?

A bigger fear at the Ports of Los Angeles and Long Beach than truckers striking has been over whether the dockworkers will strike or execute slowdowns. Many shippers have diverted their cargo to East and Gulf Coast ports to avoid this risk, even to the point of adding to congestion issues (or causing the congestion according to some experts) at those ports.

Shippers diverting cargo speaks to the likelihood of seeing labor action from the ILWU. There’s an expectation from shippers that every time the master contract between the ILWU and Pacific Maritime Association expires, as it did on July 1st, contract negotiations will get contentious and the ILWU will execute labor slowdowns, threaten to strike, and/or actually strike.

This fear doesn’t exist in the minds of shippers over rail workers because it’s been since 1991 that a wide rail strike has taken place in the U.S. Plus, Congress stepped in and stopped that strike within a day, preventing the severe impact it could have made. However, shippers have suffered a great deal of damage from dockworkers disputing with their employers in recent memory.

There’s the 2014-15 negotiations, when things got so contentious between the ILWU and PMA that there were debilitating labor slowdowns (and eventually mini-lockouts) preventing goods from getting to store shelves for the holiday shopping seasons, agricultural exports rotting on the docks, exporters permanently losing international trade partners, and the U.S. economy losing billions of dollars. The local ILWU at the Port of Portland took advantage of that same break in contract to accelerate its slow-timing of the port (which had already been found in court to be illegal) they’d been doing over a couple electrical jobs that never belonged to the union in the first place. That got so bad ocean freight carriers ceased calling on the Port of Portland with container ships. In 2012, the ILWU clerical workers executed a strike, also causing major congestion. In 2002, amid contentious contract negotiations, the ILWU executed organized slowdowns and the PMA locked them out of the ports, resulting in, you guessed it, major port congestion.

That’s just a handful of ILWU labor action examples from the top of my head, without even mentioning the International Longshoremen’s Association (ILA) on the other side of the country, that happened since there’s been a rail worker strike. While actual, full-blown ILWU strikes are pretty rare, slowdowns have happened much more often. It’s enough to think slowdowns, if not an actual strike, from the ILWU would be much more likely than a strike from rail workers.

It’s easier for dockworkers to strike or execute slowdowns too. Though you have many local factions, all the dockworkers on the West Coast belong to the same overarching union. As mentioned before, rail workers are split into multiple unions, and there are strictly – even complicatingly – set legal processes in place for rail workers’ negotiations.

However, while the ILWU has been negotiating for a new contract for a matter of months, contract negotiations between rail carriers and rail workers have been dragging on for over two years. Rail workers have had enough. While the ILWU views the issue of automation as an existential one, the rail workers, because of how long they’ve waited to secure a new contract, see their issues as more pressing. In fact, a couple of the rail workers’ unions have already approved or moved toward the approval of a strike.

Jeff Schuhrke reported last week in an In These Times article:

Earlier this month, BLET [Teamsters-affiliated Brotherhood of Locomotive Engineers and Trainmen] members voted to authorize a strike with over 99 percent approval. Meanwhile, SMART-TD’s [Sheet Metal, Air, Rail and Transportation Workers-Transportation Division’s] general chairpersons have taken the first step towards authorizing a work stoppage.

Rail workers were even set to strike last month. Given this information, I would say a strike is more likely from the rail workers if not for the following mitigating factor…

Governmental Intervention

Photo of Joe Biden by Gage Skidmore
Photo of Joe Biden by Gage Skidmore

A rail worker strike almost happened a couple weeks ago, but the Biden Administration stepped in at the last moment, reported Ian Putzger in an article in the Loadstar:

US president Biden stepped in at the eleventh hour to avert a work stoppage that could paralyse the severely strained rail system.

With the possibility of industrial action as early as today (18 July), he signed an executive order on Friday for a board of arbitrators to seek a solution to the railway contract dispute simmering since January 2020.

During the 60 days given to the board to develop a compromise, no industrial action can happen.

This was no surprise action by the president. It is a prescribed step in the complicated legal process I mentioned above for rail workers’ negotiations. Schuhrke lays out nicely what happens after direct bargaining between the unions and railroads fail, then they enter mediation and that too comes to an impasse, which it did in June:

In accordance with the Railway Labor Act’s cumbersome process, the next step was a mandatory 30-day ​“cooling-off” period, at the end of which either party could have entered into ​“self-help” (meaning a strike or lockout) unless President Joe Biden appointed a Presidential Emergency Board (PEB) to examine the dispute and produce recommendations on a settlement within another 30-days.

The PEB’s recommendations are expected by mid-August, after which there will be yet another 30-day cooling-off period during which the parties can either accept or reject those recommendations. If an agreement still has not been reached by then, which would be mid-September, the Railway Labor Act allows for the unions to go on strike. 

If President Biden hadn’t appointed a PEB, he wouldn’t have been doing his job and would have had to add one more disaster to his list that already includes how he’s handling the Southern Border; his botched Afghanistan withdrawal; attacking the oil industry, causing record high gas prices; basically inviting Russia to invade Ukraine… But I digress.

So we now know there won’t be a rail strike until at least mid-September. If the rail unions did go on strike at that point, Congress could step in.

I already mentioned Congress stepping in and stopping the 1991 strike within a day. Schuhrke shared some of how Congress could put a quick end to a strike in September:

…Congress could quickly stop the strike by intervening in any number of ways, including ordering further cooling-off periods, mandating arbitration or implementing the PEB’s recommendations.

There is one more governmental intervention that could reduce the chance of a rail strike, but it’s deserving of its own section…

FRA Proposes Two-Man Minimum Crew Rule

It may not sound like a big issue from the outside, but a huge topic of contention between the rail carriers and the rail workers is the difference of one crew member on a freight train. The railroads want the minimum number of crew members on a freight train to be one instead of two. A strike happening could hinge on this one issue, or <ahem> one crewman.

Check this out from Schuhrke’s article:

“I really, really think that this may actually lead to a legitimate strike,” Lindsey, who is a member of the BLET, told In These Times. ​“The reason why is the railroad has chosen this as their hill to die on: they want one-man crews. They’ve made it clear they are not bowing down.”

The Federal Rail Administration (FRA) may take this issue off the table altogether.

In another article for the Loadstar, Ian Putzger reports:

The US Federal Rail Administration (FRA) is set to reject the push from rail carriers to bring down the minimum crew requirement for freight trains from two people to one.

With a proposal for a rule to that effect, the administration is also shifting the stakes in contract negotiations between the railways and unions.

“This proposed rule will improve safety for America’s rail passengers – and rail workers – across the country,” said US transport secretary Pete Buttigieg.

When Pete Buttigieg says something, my gut instinct is to suspect the opposite is true. Indeed, a similar rule to this one had previously been proposed but later dumped for a lack of evidence that it actually improved safety. Putzger adds:

This move reverses the stance taken by the FRA under its previous head, during the Trump administration. The authority had proposed a similar rule back in 2016, but abandoned it three years later, saying there was not enough evidence that two-person crews made train operations safer.

It seems the debate has become more about politics than anything else, with a few Democrat-led state legislatures putting similar rules in place seemingly because this federal rule was rejected under the Trump Administration. I’d need to see a great deal more evidence and arguments for and against before taking a side on the law. Generally, before endorsing a federal law, I’d want to see strong evidence the law is needed and it won’t have negative consequences that would equal or outweigh the positive ones. The more the federal government gets involved in an industry, the more the costs of that industry tend to spiral out of control (see education and healthcare).

You can read Putzger’s article to see arguments against the proposed rule. It may ultimately be bad law, but if it is pushed through, it would significantly decrease the chance a rail strike happens because the biggest thing for which the railroads are fighting will be taken off the table.

Conclusion

There are enough factors to make me think a rail strike is not as likely to happen as it seemed even a week or two ago. If a rail strike does indeed happen, I think it would be more symbolic than anything as Congress couldn’t afford not to use its powers to shut the strike down right away.

As locomotive engineer Ron Kaminkow was quoted as saying in Schuhrke’s article:

“Whether or not we actually go on strike, we need to utilize everything at our disposal to impress upon the rail carriers that we are ready, willing, able, mobilized, educated and vehement in our determination. Even if we do not strike, or if we do strike and are ordered back to work in a matter of hours, just knowing that we have that power, that we have the ability to stop the trains from moving — it shows us that we’re the ones that really run the railroad, not them.”

A situation where the unions did strike against the railroads would, however, put the Democrats in a tough situation. Unions tend to be big campaign contributors to the Democratic Party, and they couldn’t afford to be seen as anti-union or, worse, union-busting. However, they also can’t afford to let the economy get stuck on the tracks.

I wouldn’t be surprised to see President Biden’s PEB produce rather union-friendly recommendations and congress implement them if the two sides didn’t agree. I hope the recommendations end up being a suitable compromise to which both sides can agree because the former resolution is an amount of government flexing that displays a level of control of government over the governed that is undesirable to say the least.

 

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Shanghai Lockdown Causing Outrageous Disruption https://www.universalcargo.com/shanghai-lockdown-causing-outrageous-disruption/ https://www.universalcargo.com/shanghai-lockdown-causing-outrageous-disruption/#respond Thu, 21 Apr 2022 23:38:11 +0000 https://www.universalcargo.com/?p=10838 China’s atrociously insane “Covid Zero” policies have Shanghai, a central hub for international shipping and the third most populous city in the world, in an indefinite lockdown. While Chinese authorities claim that the “closed loop” operations at the Port of Shanghai are keeping things operating normally there, anyone who takes even a glance at the […]

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China’s atrociously insane “Covid Zero” policies have Shanghai, a central hub for international shipping and the third most populous city in the world, in an indefinite lockdown. While Chinese authorities claim that the “closed loop” operations at the Port of Shanghai are keeping things operating normally there, anyone who takes even a glance at the related data knows that’s not true.

Lockdowns Have Already Basically Doubled Port Congestion in China

Yesterday, Universal Cargo’s CEO Devin Burke texted me the picture to the right, showing ships that were waiting outside the Port of Shanghai. You take a look at the picture and tell me if it seems a little congested.

According to Winward, a shipping analytics company, looking at the numbers from just days ago, 20% of the world’s active container ships are stuck waiting outside a congested port. 27.7% of those 1 in 5 of the world’s container ships are stuck outside of congested ports in China.

If you go back to February, before China’s massive lockdowns, only 14.8% of the world’s ships waiting outside of congested ports (and there were significantly fewer overall) were waiting at Chinese ports.

If you’re wondering if that comparison goes back too far, it doesn’t. Yes, the Shanghai lockdown didn’t start until early April, but remember that China locked down Shenzhen in March.

In a PDF document about the effects of China’s lockdowns, Winward shares:

As data pulled from Winward’s Maritime AI platform clearly shows, lockdowns in China are heavily impacting the congestion outside the country’s ports, as the number of container vessels waiting outside of Chinese ports today is 195% what it was in February.

… in the April and March snapshots, there were 506 and 470 vessels, respectively, stuck outside of Chinese ports. In February, that number was only 260. In essence, lockdowns in China have nearly doubled the congestion outside the country’s ports.

Living at Work

The same kind of super successful “closed-loop” system China is using to keep ports operating “normally” despite massive lockdowns is now being implemented to restart manufacturing in Shanghai.

“Closed-loop” means that employees have to stay at their place of employment rather than go home at the end of a workday. They may not have a home to go to anyway, as some Shanghai citizens who live in large apartment complexes have been forcibly removed from their homes to turn them into quarantine facilities. Plus, if workers are allowed to leave their workplaces, they may catch and/or spread a virus that has an incredibly low percentile chance of making that worker seriously ill, especially since China’s lockdowns are in no way stopping that virus from spreading.

Yeah, it all makes sense.

According to a Reuters article, the Chinese government has put together a “white list” of 666 firms prioritized for reopening under this “closed-loop” system.

Let’s just pretend that 666 number has no other significance in the world. It’s surely just coincidence. Eric Kulisch did a nice job of avoiding bad numerical associations in his American Shipper article about China trying to ease the lockdown’s supply chain crunch by calling it “more than 660 enterprises” China put on its “white list.”

Kulisch reports that of these enterprises, “many [are] in the automotive, semiconductor, consumer electronics and biopharma sectors” and they include “state-owned automaker SAIC Motor Corp., Volkswagen and Tesla’s electric car factory.”

The firms must follow this “closed-loop” model of keeping workers from leaving factories, living there until… well, who knows when.

Productivity Down – Obviously

If you couldn’t tell with only a cursory look at how congestion is doubling at Chinese ports, a “closed-loop” system inside of a lockdown is not going to be as productive as normal conditions.

Factories are and will have similar problems. Kulisch shares a good example in his article:

A major challenge for factories is getting raw materials and components needed to maintain production while access to the ports is sharply reduced and many supplies are stuck offshore on waiting vessels. 

The Tesla (NASDAQ: TSLA) plant opened with only one of its two shifts, cutting productivity in half, according to a tweet from Ming-Chi Kuo, an analyst at TF International Securities. At that output, Tesla has about 2.5 weeks of inventory and can produce 25,000 to 30,000 units per month, down significantly from pre-crisis levels. Kuo said Tesla’s hourly work rate won’t return to normal until mid-May, at the earliest. 

It doesn’t take much knowledge about supply chains to know that problems at any point in a supply chain effects the supply chain as a whole. In order for factories in China to have a chance at a return to normal by mid-May, this indefinite Shanghai lockdown would need to end extremely soon. For the moment, all we can do is watch disruption pile on top of disruption as China continues its horrible Covid Zero policy.

And, of course, those disruptions are spreading through the gobal supply chain, but that’s a blog for another day.

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Now What’s Hitting Container Shipping? Power Shortages?! https://www.universalcargo.com/now-whats-hitting-container-shipping-power-shortages/ https://www.universalcargo.com/now-whats-hitting-container-shipping-power-shortages/#respond Wed, 29 Sep 2021 01:34:37 +0000 https://www.universalcargo.com/?p=10485 Over the last year and a half, shippers might have thought they'd seen it all. Astronomical freight rates, hundreds of blanked (cancelled) sailings, no-roll fees that basically amount to holding cargo ransom, months upon months upon months of port congestion, carriers denying shipping containers to U.S. exporters, terminal shutdowns over fear of COVID outbreaks even if there's only a single positive test, record numbers of shipping containers falling into the ocean, a megaship blocking the Suez Canal by getting stuck in the middle, unfair detention and demurrage fees, trucker shortages, equipment shortages, abysmal carrier reliability so much so that giant shippers are resorting to chartering ships exclusively for their own goods... What else could possibly go wrong?

How about power shortages interrupting the supply chain?

There's a power crunch happening in Europe and Asia, and it's already impacting supply chains as Chinese factories are getting shut down in turns to conserve power.

Find out more about this and ponder if we've gone too far in our fear of global warming by reading the full post in Universal Cargo's blog.

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Over the last year and a half, shippers might have thought they’d seen it all. Astronomical freight rates, hundreds of blanked (cancelled) sailings, no-roll fees that basically amount to holding cargo ransom, months upon months upon months of port congestion, carriers denying shipping containers to U.S. exporters, terminal shutdowns over fear of COVID outbreaks even if there’s only a single positive test, record numbers of shipping containers falling into the ocean, a megaship blocking the Suez Canal by getting stuck in the middle, unfair detention and demurrage fees, trucker shortages, equipment shortages, abysmal carrier reliability so much so that giant shippers are resorting to chartering ships exclusively for their own goods… What else could possibly go wrong?

Freight forwarding

How about power shortages interrupting the supply chain?

There’s a power crunch happening in Europe and Asia, and it’s already impacting supply chains as Chinese factories are getting shut down in turns to conserve power.

Martina Li reported in The Loadstar:

Factories in at least ten Chinese provinces have either cut output or closed temporarily this month, after government-imposed power cuts to curb carbon emissions.

By Friday, at least 10 publicly listed companies told the Shanghai and Shenzhen stock exchanges their factory output had been hit by the power cuts, and their 2021 earnings could be adversely affected.

Greg Miller reports in a Journal of Commerce (JOC) article:

According to Bloomberg, power use is now being curbed by tight supply and emissions restrictions in the Chinese provinces of Jiangsu, Zhejiang and Guangdong.

Bloomberg quoted Nomura analyst Ting Lu as stating, “The power curbs will ripple through and impact global markets. Very soon the global markets will feel the pinch of a shortage of supply from textiles and toys to machine parts.”

Nikkei reported that an affiliate of Foxconn, the world’s biggest iPhone assembler and a key supplier of Apple and Tesla, halted production at its facility in Kunshan in Jiangsu Province on Sunday due to lack of electricity supply. Another Apple supplier, Unimicron Technologies, also halted production in Kunshan on Sunday, said Nikkei, citing regulatory filings.

Stoppages of Chinese factories would further delay deliveries of U.S. imports, which have already been waylaid by extreme congestion at ports in Southern California and, more recently, ports in China.

Fear of Global Warming

A large factor in this wave of power cuts interrupting supply chains is fear. In fact, it may be the number one factor. The fear is palpable with how Miller began his article about the power crisis:

There’s panic-buying of gasoline in the U.K. Natural gas prices in Europe and Asia are skyrocketing. Protests are breaking out across Europe due to spiking electricity bills. India and China are short of coal for utilities. Power is being rationed to factories in multiple Chinese provinces — and winter is coming.

That last line sends spine-shivering images of White Walkers descending from the north. There are certainly reasons to fear expensive power prices and especially power shortages in the winter. Look at what happened during the “Deep Freeze” in Texas with power grids failing and people dying of hypothermia.

Fear set up that tragedy. Fear, which led to power grids being dependent upon far more expensive but far less reliable solar and wind power. That fear has set up this power crisis in Asia, Europe, and throughout the world. It’s the fear pushed by alarmists saying things like, “the world will end in 12 years if we don’t address climate change…”

My point is not to deny climate change. However, I will point out that it’s popular voices like that of Rep. Alexandria Ocasio-Cortez (AOC), who was quoted above, that we listen to over the voices of people like Dr. Leslie Woodcock, emeritus professor at the University of Manchester (UK) School of Chemical Engineering and Analytical Science and former NASA scientist who was quoted in a Breitbart article as saying,

The term ‘climate change’ is meaningless. The Earth’s climate has been changing since time immemorial, that is since the Earth was formed 1,000 million years ago. The theory of ‘man-made climate change’ is an unsubstantiated hypothesis [about] our climate [which says it] has been adversely affected by the burning of fossil fuels in the last 100 years, causing the average temperature on the earth’s surface to increase very slightly but with disastrous environmental consequences.

This is not the way science works. If you tell me that you have a theory there is a teapot in orbit between the earth and the moon, it’s not up to me to prove it does not exist, it’s up to you to provide the reproducible scientific evidence for your theory.

Such evidence for the man-made climate change theory has not been forthcoming.

Big Costs Rather Than Big Evidence

That the evidence is not forthcoming, as Dr. Woodcock says, seems true. I’ve often dived into articles and papers about global warming and climate change to see and understand the evidence because I think it’s possible we add to global warming, I’ve been told we do, and there are so many costly policies based on the claim. I’ve read article after article and seen countless news segments where people have stated it’s undeniable that people are causing global warming. Unfortunately, they never share proof and rarely give any evidence, let alone compelling evidence. Please post such proof or evidence in the comments section below.

We’ve so effectively been sold on the fear of global warming, we don’t seem to be counting the costs of how we’re fighting it. From years of massively incentivizing solar and wind power – in the name of fighting global warming – over gas, coal, and nuclear power, we ended up with over 200 people dead, by many reports, during the “Deep Freeze” in a state that would otherwise be unlikely to have power grid problems.

Now we’re seeing the power crisis in Europe and China. Maybe you think the fight against global warming has nothing to do with factories getting shut down in China, a country notorious when it comes to polluting. Think again. The cuts are directly tied to carbon-neutrality goals. Li reports in her Loadstar article:

The cuts followed China’s economic planning agency, the National Development and Reform Commission, released a “dual-control” plan to restrict energy-intensive activities and consumption.

The plan commanded provincial governments to ration electricity consumption to control emissions in line with President Xi Jinping’s target for carbon emissions to peak by 2030, and to achieve carbon-neutrality by 2060.

Live Not By Fear

I think reducing pollution, including CO2 emissions is absolutely worth pursuing. In fact, I think you’d have trouble finding many people against doing so. It’s just important that we don’t do more damage out of fear of climate change, or whatever else politicians and the media push us to fear, than we do good.

There are those who don’t want us to count the costs of our actions. Let me expand a quote I included above. “Millennials, and Gen z, and all these folks that come after us are looking up, and we’re like ‘the world will end in 12 years if we don’t address climate change,'” AOC said, finishing the run-on sentence with, “and your biggest issue is how are we gonna pay for it?'”

Actually, my biggest issue there is either using massive hyperbole or just plain lying about 12 years until Doomsday to cause fear to exploit. However, putting that aside, yes. How are we going to pay for “it” is an important question. Are we going to pay for it by destroying power sectors and crashing economies upon which our children depend? Are we going to pay for it in more deaths from depending on unreliable wind and solar power? Those seem as worthy of fear as climate change. Or are we going to pay for it in prudent measures that may include reasonable sacrifices?

There is always an “it” to fear. When we give in to that fear is usually when we pay more than we even thought to consider.

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ILA Strangling Port of Charleston’s New Terminal https://www.universalcargo.com/ila-strangling-port-of-charlestons-new-terminal/ https://www.universalcargo.com/ila-strangling-port-of-charlestons-new-terminal/#respond Fri, 07 May 2021 00:49:33 +0000 https://www.universalcargo.com/?p=10353 As ports are congested on both coasts of the U.S., there's a fully capable terminal at the Port of Charleston where carriers are not sending their ships. Rather than call at this terminal, container ships are sent to a neighboring terminal that's already trying to handle surging imports, a situation across East Coast ports that was exacerbated by the recent Suez Canal disruption. Why are carriers not calling at this terminal? Because they're are afraid of getting frivolously sued by the International Longshoremen's Association (ILA) for doing so.

Kim Link-Wills reports in an American Shipper article:

"It is unclear whether ocean carriers will avoid a newly opened container terminal in South Carolina until a labor dispute is cleared up. But at least for now, it appears most shipping lines are steering clear of the Port of Charleston’s Hugh K. Leatherman Terminal to avoid being caught up in a lawsuit filed by the International Longshoremen’s Association (ILA).

"Over the next 15 days, only two container ships are slated to be handled at the Leatherman Terminal. Forty vessels are scheduled to berth at the Port of Charleston’s neighboring Wando Welch Terminal in the same time period."

Find out more by reading the full post in Universal Cargo's blog.

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As ports are congested on both coasts of the U.S., there’s a fully capable terminal at the Port of Charleston where carriers are not sending their ships. Rather than call at this terminal, container ships are sent to a neighboring terminal that’s already trying to handle surging imports, a situation across East Coast ports that was exacerbated by the recent Suez Canal disruption. Why are carriers not calling at this terminal? Because they’re are afraid of getting frivolously sued by the International Longshoremen’s Association (ILA) for doing so.

Port of Charleston
Port of Charleston

Kim Link-Wills reports in an American Shipper article:

It is unclear whether ocean carriers will avoid a newly opened container terminal in South Carolina until a labor dispute is cleared up. But at least for now, it appears most shipping lines are steering clear of the Port of Charleston’s Hugh K. Leatherman Terminal to avoid being caught up in a lawsuit filed by the International Longshoremen’s Association (ILA).

Over the next 15 days, only two container ships are slated to be handled at the Leatherman Terminal. Forty vessels are scheduled to berth at the Port of Charleston’s neighboring Wando Welch Terminal in the same time period.

Should These Union Expectations Be Acceptable?

For what’s getting close to half a century, South Carolina ports have used a hybrid model of employing ILA and state employees. The union hasn’t exactly been happy with this. In fact, Link-Wills reports a clause was put in the 2013 master contract between the ILA and United States Maritime Alliance (USMX) to do a study on “how the hybrid labor model ‘could be altered to permit work currently performed by state employees to be performed by ILA-represented employees in a more productive, efficient and competitive fashion.’”

That study was apparently never done. Just speculation here, but maybe that’s because no one believes giving control of more jobs at ports to longshore unions would make the ports more productive, efficient, or competitive. I know of no evidence that would suggest as much. As a matter of fact, the longshore unions at the East and West Coasts are part of why U.S. ports are less efficient than their counterpart ports in Asia.

Just last week in a blog about how the pandemic is not the root cause of the high freight rates we’re seeing right now, Universal Cargo’s CEO gave seven factors leading to what we’re seeing. One of his reasons for the high freight rates was a searing one for longshore unions: “Very slow adaptation and progress of automation in US ports (compared to China and Asia) coupled with stubborn longshoreman unions keeping ports (especially LA) very slow, cumbersome, and congested.”

We’ve come to expect disruption at the ports whenever a master union contract expires and a new one needs to be negotiated. The unions, ILA on the East and Gulf Coasts and the International Longshore & Warehouse Union (ILWU) on the West Coast, always seem to have their most powerful negotiation tools – port slowdowns and strikes – at the ready to leverage better deals. In recent memory, we’ve seen more of this on the West Coast than the East Coast; however, automation was a sticking point in the last contract negotiations between the ILA and USMX. Automation at the ports is always met with staunch opposition from the ILA and ILWU. That’s probably the single biggest reason U.S. ports have fallen behind other countries’ ports in this area.

Longshore Union Overreach Is Costly

One can understand that from the unions’ point of view, automation is a threat. They don’t want to see machines taking their jobs. Of course, the ILA and ILWU have shown they want control of all jobs at the ports, and have no problem hurting ports, shippers, and carriers in order to try to take jobs away from other people. Even jobs that have never belonged to the ILA or ILWU.

Over only two jobs plugging and unplugging reefer containers, the ILWU hard-timed the Port of Portland so much, making it so inefficient with slowdowns and shutdowns, carriers stopped sending container ships to the port altogether. These two jobs never belonged to the ILWU. They had always been performed by the International Brotherhood of Electrical Workers. Not only did this obviously hurt shippers, the port, and the carriers that called there, but it also hurt the dockworkers who loaded and unloaded containerships at the Port of Portland. The ILWU was willing to sacrifice their own people’s jobs to show their power and make any port think twice about not giving them control over any job. Now we’re seeing something similar from the ILA.

The Leatherman Terminal is a new terminal that could be a serious help during this time of costly port congestion. The ILA is trying to muscle its way to controlling every job there, even though the union is not entitled to every job, as the hybrid model is long established at ports in the state of South Carolina. The union is basically saying, if we can’t have all the jobs, we’ll make it so there are no jobs. By suing carriers who call on the terminal, they’re intimidating them away from calling upon it. Carriers are making billions right now, so they’ll be fine. The ones the ILA are hurting most are the employees losing work over the union’s actions and shippers, who usually suffer the greatest losses during congestion at the ports.

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The Jones Act Debate Part 5: Disaster Relief https://www.universalcargo.com/the-jones-act-debate-part-5-disaster-relief/ https://www.universalcargo.com/the-jones-act-debate-part-5-disaster-relief/#respond Fri, 26 Feb 2021 04:29:08 +0000 https://www.universalcargo.com/?p=10280 The Jones Act debate often flairs up during times of natural disaster in the U.S., particularly when that natural disaster hits a noncontiguous state or territory, such as Puerto Rico. As a matter of fact, the subject went viral a few years ago after Hurricane Maria hit Puerto Rico in 2017. There were plenty of angry tweets and Facebook posts about the Jones Act hindering aid to Puerto Rico. Others posted about those claims being off base.

Today's post, continuing the Jones Act debate series, will lay out the arguments for whether or not the Jones Act hurts disaster relief.

Find out all about it by reading the full post in Universal Cargo's blog.

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The Jones Act debate often flairs up during times of natural disaster in the U.S., particularly when that natural disaster hits a noncontiguous state or territory, such as Puerto Rico. As a matter of fact, the subject went viral a few years ago after Hurricane Maria hit Puerto Rico in 2017. There were plenty of angry tweets and Facebook posts about the Jones Act hindering aid to Puerto Rico. Others posted about those claims being off base.

Jones Act Debate

Today’s post, continuing the Jones Act debate series, will lay out the arguments for whether or not the Jones Act hurts disaster relief.

First, here’s what we’ve covered so far:

President Biden Supports the Jones Act – What Is It and What Does It Do?

The Jones Act Debate Part 1: National Security

The Jones Act Debate Part 2: Protectionism or Hindrance

The Jones Act Debate Part 3: Cost to Hawaii

The Jones Act Debate Part 4: Puerto Rico

As per usual, I’ll state that this series is not meant to take a side but merely present arguments proponents and opponents of the Jones Act make to help you on your way to deciding where you stand in the debate.

The Back and Forth About Jones Act Hindering Disaster Relief

Opponents of the Jones Act say it hinders recovery efforts after natural disasters (and sometimes man-made ones like oil spills). This is going to overlap with the last part of this series, as Puerto Rico’s recovery from Hurricane Maria took center stage in this debate in 2017 and continues to garner passionate social media posts to this day.

In ’17, the debate got heated, as all politically related topics seem to do in recent years, especially when there’s an opportunity to call a political opponent racist during it. However, if you could maneuver your way through accusations of racism, you might find a back and forth something like this:

“The Jones Act limits recovery supplies from getting to Puerto Rico.”

“The supplies are getting there, but they’re stuck at the ports because Puerto Rico’s infrastructure is the real problem.”

To be honest, despite many, many articles and posts about how the Jones Act hurt the recovery of Puerto Rico, I found very little in terms of depth and evidence to support the assertion. Usually, people quickly pivoted to the arguments that shipping to Puerto Rico is more expensive because of the Jones Act, which is a serious debate worth considering that is well-covered in Part 4 of this series.

Opponents of Jones Act Point to Oil & Fuel Shipping Hurting Puerto Rico’s Recovery

After Hurricane Maria, there was a bottleneck of recovery supplies at the ports in Puerto Rico, as Jones Act proponents say, but perhaps the best arguments on the other side are about the Jones Act making it difficult to get American oil and fuel to Puerto Rico increased the cost and time of the recovery.

James W. Coleman, professor at Southern Methodist University’s Dedman School of Law, wrote in an opinion article published by Fox News titled Repeal the Jones Act to speed Puerto Rico recovery:

Puerto Rico is in trouble. Nearly 85 percent of the island’s 3.4 million American citizens remain without electric power, water pumps on half the island aren’t working, and fuel and truck shortages are preventing food and supplies from being delivered to many areas. Authorities say it could take at least three and as many as six months to restore electricity to all residents.

The recovery of Puerto Rico could progress much more rapidly if the Jones Act was wiped off the books….

… Puerto Rico must import liquefied natural gas for its power plants, but there are no ships complying with the Jones Act large enough to transport that much gas from the U.S. Gulf Coast. Instead, Puerto Rico imports liquefied natural gas from Trinidad & Tobago. Low-cost gas from the mainland United States is sent to Asia, Europe, and South America instead, transported on the ships of other nations.

A year later, Mark J. Perry – American Enterprise Institute scholar and a professor of economics at the University of Michigan, Flint – wrote in an opinion article for the Hill that the Jones Act’s effect on shipping oil slowed recovery time while making it more expensive in Puerto Rico.

The Jones Act has raised the cost of transporting oil and gas to all U.S. domestic ports, but especially ports in the noncontiguous regions of Hawaii and Puerto Rico, which was devastated by a natural disaster in the form of Hurricane Maria a year ago this month. Inflated shipping costs due to the Jones Act were a secondary and avoidable man-made disaster for Puerto Rico that added to the costs of recovery and significantly slowed the recovery time.

Yes, those are generalities Perry speaks with, but they represent a very popular opinion. Finding analysis and specifics on how much recovery was slowed or how much more it cost because of the Jones Act is something I wasn’t able to find, despite going through many, many articles making the same assertions. If you have good evidence or sources for this, please share them in the comments section below.

It is certainly possible the Jones Act could hinder recovery efforts when shipping is needed. For that reason, and possibly for other political reasons too, the Jones Act has been waived under emergency circumstances a number of times. That’s something both sides of the debate can point to. One side can say if the Jones Act didn’t hurt recovery, it would never need to be waived. The other side could say when there is a disaster that the Jones Act might slow the response to, it can always be waived for that circumstance.

Is Jones Act Wrong Place to Look for Disaster Relief Problems?

Aaron Klein, Senior Fellow of Economic Studies for the Brookings Institution, argues in a Brookings article:

The feverish debate about whether to waive the Jones Act to expedite Puerto Rico’s disaster recovery was akin to considering what to do about a paper cut for a cancer patient. Its waiver was—and remains—irrelevant to the core humanitarian problems at hand and any needed reaction. The key problems, including insufficient and delayed federal resources, and a lack of means to distribute supplies on the island, have nothing to do with the Jones Act.

Klein thinks that while the opinion that the Jones Act hurt disaster relief in Puerto Rico is wildly popular, it is also wrong. He backs up this opinion with a comparison of needs between situations of waiving the Jones Act. While Klein does not dismiss the idea that Puerto Rico is treated differently as a commonwealth than states are, he points to reasons the decision of waiving the Jones Act in 2017 compared to earlier waivings of the legislation do not play into that:

After the speculation about the Jones Act’s supposed barrier to aid delivery spread virally online, the Department of Homeland Security was pressed by Rep. Nydia Valezquez (D-NY) to waive the Jones Act. Comparisons were made to prior waivers for hurricanes that landed in the continental states, fueling arguments that Puerto Rico was receiving second-class treatment. This fed into a broader narrative concerning whether Puerto Rico is more broadly treated equitably given its commonwealth status.

While that broad debate has great merit, focusing on the Jones Act component is wrong. It fails to appreciate the distinction between waivers based on oil and fuel shipping and cargo shipping. Those types of ships are not interchangeable and hurricanes to the Gulf Coast involved fuel and oil tanker shortages. As Keith Hennessy, director of the National Economic Council under President George W. Bush, stated regarding the waivers granted during Katrina and other times: “The direct benefits of a waiver were, in this case, small and diffuse. Waivers allowed 50K barrels per day here, and 100K barrels there, to arrive several days earlier than they would have otherwise. The waiver resulted in handfuls of short-term arrangements that moved fuel more expeditiously.” Puerto Rico, did not need oil tankers, nor were the problems about getting fuel to the port.

For Klein, the Jones Act debate as it pertains to disaster relief for Puerto Rico after Hurricane Maria was about the media and politicians being opportunistic with the disaster. If not repealing the Jones Act, where should people look for the good of Puerto Rico’s recovery? Klein concludes his article with this:

More broadly, those concerned with Puerto Rican disaster assistance in the short term, and how to restore the economy of Puerto Rico in the long term, should focus on the real economic problems. As my Brookings colleague Jason Miller correctly argues, this requires a long-term, sustained commitment of economic resources and assistance to the Commonwealth.  It may also require rethinking the sustainability of the island as a commonwealth, or whether it should join the United States as the 51st state. Puerto Rico should not be used to press a long-standing economic debate regarding where to draw the line in which parts of our nation’s economy and military security are opened up to foreign competition. Critics of the President [President Trump at the time of his writing] and those who wish to show support for a stronger disaster recovery ought to think twice before retweeting or Facebooking an enticing headline purporting to link obscure laws to topical disasters. They may be inadvertently supporting policies they actually oppose.

Concluding the Jones Act Debate

We can’t end a debate that has been raging on for a century, but we can end the blog series covering it. While there are more arguments we could cover in this series, I believe we’ve hit the most talked about ones. We’ll do one last post on this series that quickly lists the arguments so you have them in one place for easy reference, then we’ll bid the topic adeaui – at least until it pops up in the news in a very significant way.

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Jury Hits ILWU with $93M Verdict for What Union Did to Port of Portland https://www.universalcargo.com/jury-hits-ilwu-with-93m-verdict-for-what-union-did-to-port-of-portland/ https://www.universalcargo.com/jury-hits-ilwu-with-93m-verdict-for-what-union-did-to-port-of-portland/#respond Thu, 07 Nov 2019 23:38:00 +0000 https://www.universalcargo.com/?p=9836 In March of 2015, I wrote a Universal Cargo blog post about how the International Longshore and Warehouse Union (ILWU) should pay damages for what the union did at the Port of Portland. Today's post could almost be an update to that blog.

A federal jury has ruled the ILWU to pay $93.6 million for the illegal slowdowns and work stoppages at the Port of Portland that resulted in containerships no longer calling on the port.

Chris Dupin reported in an American Shipper article:

A federal jury has awarded $93.6 million to ICTSI Oregon, the former operator of the Port of Portland’s Terminal 6, after members of the International Longshore and Warehouse Union (ILWU) engaged in illegal work practices such as work slowdowns and stoppages.

The work slowdowns and stoppages by the ILWU Local 8 at the Port of Portland were atrocious. Not only did they cause containerships to stop calling on the port, they eventually led to ICTSI having to shut down its Port of Portland terminal.

ICTSI being awarded $93.6 million in a federal jury decision makes sense; however, ICTSI was not the only one to suffer damages from the ILWU's actions.

Read the full article in Universal Cargo's blog.

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In March of 2015, I wrote a Universal Cargo blog post about how the International Longshore and Warehouse Union (ILWU) should pay damages for what the union did at the Port of Portland. Today’s post could almost be an update to that blog.

Freight Rates

A federal jury has ruled the ILWU to pay $93.6 million for the illegal slowdowns and work stoppages at the Port of Portland that resulted in containerships no longer calling on the port.

Chris Dupin reported in an American Shipper article:

A federal jury has awarded $93.6 million to ICTSI Oregon, the former operator of the Port of Portland’s Terminal 6, after members of the International Longshore and Warehouse Union (ILWU) engaged in illegal work practices such as work slowdowns and stoppages.

The work slowdowns and stoppages by the ILWU Local 8 at the Port of Portland were atrocious. Not only did they cause containerships to stop calling on the port, they eventually led to ICTSI having to shut down its Port of Portland terminal.

ICTSI being awarded $93.6 million in a federal jury decision makes sense; however, ICTSI was not the only one to suffer damages from the ILWU’s actions.

Portland Shippers Suffered Losses Due to ILWU

In my aforementioned blog post, I actually wrote that the ILWU Local 8 — the part of the union that disrupted the supply chain through the Port of Portland — should pay damages to Portland shippers.

Slowdowns and delays always have costs for shippers. Sometimes, those costs are very high. The ILWU caused slowdowns, delays, and congestion for years at the Port of Portland.

According to Dupin’s American Shipper article, that the ILWU and its Local 8 engaged in unlawful job actions between May 21st, 2012 and August 13th, 2013 was accepted as proven fact from previous court decisions during the proceedings that awarded ICTSI damages from ILWU. But labor slowdowns to deliberately hurt the port terminal did not in any way stop in 2013.

Not only did the Portland branch of the ILWU’s tactics continue, but Local 8 really took advantage of a period in 2014 when there was no contract between the ILWU and PMA. I couldn’t even tell you how many updates we posted in blogs and social media about congestion and slowdowns at Portland as the ILWU there did things like slowing crane operations to just 7.5 moves per hour. The standard at that time, according to the Journal of Commerce (JOC), was 30 moves per hour, and the Port of Charleston had crane productivity at 40 moves per hour.

Of course, such slowdowns didn’t happen only during the ILWU-PMA contract negotiation period because these slowdowns had nothing to do with those negotiations (I’ll get to what they were about in the next section). By summer of 2015, containerships had basically stopped calling on the port because of how costly the poor productivity was there.

Sad Shipping Story

In fact, a ship calling on the Port of Portland actually became a newsworthy event at that point. In August of 2015, I wrote a blog for Universal Cargo about how sad it was that the first containership to call on the port in 3 months was making headlines — headlines merely for calling on the port.

When carriers like Hanjin (yes, the major carrier that went bankrupt later was the containership line that called on the Port of Portland most frequently) stopped calling on the Port of Portland, Conrad Wilson wrote an article, published on OPB.org, that went into the chaotic state shippers near the Port of Portland were in:

David Braman, the general manager of Mitchell Brothers Truck Line, said Hanjin’s departure has left many businesses that ship using containers in a state of “chaos.”

“We’re getting inundated with phone call after phone call from people looking for rates,” he said. “Nobody really knowing how they’re going to [get] their freight moved from point to point.”

While some businesses and farmers may turn to East Coast or Gulf ports, most of the goods that were moving through the Port of Portland are now heading to the ports of Seattle and Tacoma, Braman said.

Right now, businesses here have two options: Move containers by rail or truck.

But those trips to Puget Sound shipping terminals can be four times as costly as a trip to the Port of Portland.
Northwest Container, the rail option, has been so busy recently it’s had to close early most days and even turn containers away.

Braman said everything that can’t get on the train has to move by truck. And there’s a shortage there, too.

“There’s not enough equipment to service the area any more,” he said. “Something’s going to get left behind. And we’re all in that same predicament. There’s nobody here that’s up to this speed yet.”[2]

The increased costs of importing and exporting remains for shippers in the Portland area as they must pay for truck or rail services to and from farther away ports.

What Caused Labor Tension at the Port of Portland?

The source of tension for all the conflict that caused the downfall of container shipping through the Port of Portland is actually stupid and petty.

The ILWU hard-timed the Port of Portland, causing container shipping to cease at the port, forcing shippers to change their supply chain, eliminating ICTSI’s terminal’s profitability, costing the union jobs at the port, and now resulting in a $93 million penalty to the union — all this and more — over two jobs.

Two jobs!

These weren’t even jobs taken away from the ILWU. These were jobs that never belonged to the ILWU. There were two jobs monitoring, plugging, and unplugging reefer shipping containers at the Port of Portland that the International Brotherhood of Electrical Workers had been doing for the previous 30 years. The ILWU decided those jobs should belong to it.

Because these two jobs that historically never belonged to the ILWU were not awarded to the union, the ILWU knowingly destroyed business at the port.

Hanjin announced it would stop calling on the Port of Portland, ending almost 20 years of serving the port, because of how bad the productivity became. Knowing Hanjin pulling out from the port would be disastrous, the Port of Portland offered the carrier incentives to stay. That would only buy the port a little bit of time if it couldn’t get cooperation from ILWU.

Despite the fact that the pullout would “end a $250,000 weekly payroll for longshore workers who load and unload the vessels at Terminal 6,” said to the JOC at the time, the union persisted with slowdowns until Hanjin, and the other carriers like Hapag-Lloyd, gave up on the port.

The ILWU knew it would cost union jobs to drive carriers away from the Port of Portland, but it was willing to do so in order to — one could only surmise — show its power for future leverage on its employers. It is unlikely the ILWU foresaw a $93 million penalty for its actions.

The price may be more than the union can bear as Dupin’s American Shipper article ends with:

According to the Oregonian, attorneys for the ILWU asked the judge to delay entering the judgment against the union until Nov. 12, saying it would impose a heavy burden on the union, possibly bankrupting it.

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Fire, Water & Corrosion: Scrubbers May Be Dangerous IMO 2020 Answer https://www.universalcargo.com/fire-water-corrosion-scrubbers-may-be-dangerous-imo-2020-answer/ https://www.universalcargo.com/fire-water-corrosion-scrubbers-may-be-dangerous-imo-2020-answer/#respond Tue, 29 Oct 2019 23:53:18 +0000 https://www.universalcargo.com/?p=9816 Ocean carriers' biggest answer to meeting the International Maritime Organization’s (IMO) upcoming 0.5% sulfur cap on fuel (IMO 2020) might not be the answer after all. Or better stated, it might be a dangerous answer.

The IMO 2020 solution we're talking about here are systems acting as onboard treatment plants to remove harmful gasses from ship engines and exhausts called "scrubbers."

Maritime insurance provider Gard released an article where its author, Loss Prevention Executive Siddharth Mahajan, highlighted claims of dangerous fires, corrosion, and thermal shock Gard has seen with scrubbers.

Find out all about it by reading the full article in Universal Cargo's blog.

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Scrubber Malfunction Floods Ship Engine

scrubber malfunction from @Sam_Eckett tweeted video

Ocean carriers’ biggest answer to meeting the International Maritime Organization’s (IMO) upcoming 0.5% sulfur cap on fuel (IMO 2020) might not be the answer after all. Or better stated, it might be a dangerous answer.

The IMO 2020 solution we’re talking about here are systems acting as onboard treatment plants to remove harmful gasses from ship engines and exhausts called “scrubbers.”

Maritime insurance provider Gard released an article where its author, Loss Prevention Executive Siddharth Mahajan, highlighted claims of dangerous fires, corrosion, and thermal shock Gard has seen with scrubbers.

Scrubber Related Fires

The fires have been happening with the installation and retrofitting of scrubbers to ships.

Gard has seen a few fire incidents where sparks from welding, metal cutting, and other hot work activities fell into the inner chamber of the scrubber through uncovered openings, and in one case the fire also spread to the engine room through glass reinforced epoxy (GRE) piping. Heat generated from the steel cutting for the supporting brackets, also contributed to the build up of heat inside the scrubber.

Obviously, such fires are dangerous to the people working at the ship yards and are costly. However, such fires are no peculiar to scrubbers, according to Mahajan. Fire is a danger anywhere on a ship where welding, cutting, or grinding work is happening.

Hopefully, more careful procedures like covering and double checking openings on scrubbers will be adapted to help avoid such fires in the future.

Scrubber Related Corrosion

Corrosion appears to be a bigger problem with scrubbers that, according to the Gard article, will be installed on nearly 3,000 ships by 2020.

Within a year, corrosion could present serious danger to the crew and cargo on containerships with scrubbers.

Check out what Mahajan wrote about corrosion cases involving scrubbers:

Scrubber waste is corrosive, and we have seen a few incidents where within 10-15 months of the open loop scrubber being installed, corrosion of overboard distance piece or in its immediate vicinity has resulted in water ingress into areas such as the engine room, ballast tanks and cargo holds. Absence of or poor application of protective coatings on the inside of the pipe and at the welds, along with poor application of paint on hull plating near the washwater discharge were identified as the causes of accelerated corrosion. In all these cases, temporary repairs to plug the leak were carried out by divers followed by permanent repairs at a yard.

Workmanship plays a big role in these corrosion cases, but obviously so does the very nature of scrubbers themselves in creating corrosive waste.

With a rush to get scrubbers on ships ahead of IMO 2020 that goes into effect in just a couple months, it’s scary to think we could see a bunch of water leaks in ships about a year from now.

Check out this scary video that was tweeted about a month and a half ago of water pouring down onto the main engine of a ship. The extremely dangerous situation is attributed to a corrosion related scrubber malfunction.

Scrubbers & Thermal Shock

This last scrubber related damage to a ship brings up a few issues.

Here’s the case as Mahajan describes it:

A vessel was regularly trading in Northern Europe and had installed an open loop scrubber. It had to changeover to low sulphur fuel when visiting a port that had regulations in place banning discharge of washwater from open loop scrubbers. It was still required to run the scrubber in dry mode, i.e. with washwater supply pumps turned off, to allow for the passage of hot exhaust gasses with a temperature of nearly 400° C. After departure from port, washwater pumps would be started and cold sea water sprayed through the nozzles inside the scrubber. During inspection of the scrubber by crew, damage was noticed to the nozzles, demister housing and the drains.

A survey was carried out and indicated a variety of concurrent causes, such as thermal shock, poor workmanship by the yard, for example, only spot welding done on demister supporting plates; and poor design. The scrubber had been in service for nearly two years.

Let me start at the end. The scrubber was in use for two years before it was discovered it had both design flaws and shoddy workmanship done on it.

The ocean freight industry is being flooded by scrubbers — no pun intended. With so many being rushed out onto ships to meet the need of complying with IMO 2020, the possibilities for design flaws and workers at ship yards cutting corners with tactics like spot welding are immense.

Many potentially dangerous problems could be building up in and around scrubbers that ships’ owners, captains, and crews have no idea about. Ultimately, these issues could be putting not only ships and cargo but also seamen’s lives at risk.

Conclusion

Critics of scrubbers have said the systems replace polluting the air with polluting the water. Those defending scrubbers have said the amount of pollution the systems would put in the water is negligible.

While the water pollution created by scrubbers may be much less than air pollution, if scrubbers cause ship malfunctions or floodings from corrosion or other problems caused by design flaws or shoddy workmanship, that could lead to bigger pollution events like oil spills from sunken ships.

That Gard is spotting these problems now and giving strategies to reduce the risk of more cases like the ones Mahajan highlights in the Gard article is good. But at the same time, the article is eye-opening. There seems to be a great deal of risk with all the scrubbers hitting the seas.

Still, the industry has put too many eggs in the scrubbers basket for thousands of them hitting the waters to be anything but inevitable now.

All ships using more expensive, cleaner fuels that make scrubbers unnecessary is not feasible as IMO 2020 hits on January 1st. Other options like electric and sail powered ships certainly are not ready to take over the world’s cargo vessel fleet. Going back to wind power is an idea with little traction. But electric ships are stirring much excitement. With that excitement, their potential, and electric ships being tested on the waters, their day will probably come; however, that’s not likely to happen for at least a couple more decades — at least not in a dominant way.

In the meantime, we seem stuck with scrubbers and all their potential dangers. Hopefully, scrubbers will only a short-term fix for the problem of compliance with IMO 2020. If better solutions aren’t moved toward quickly, there could be some serious problems in a year or two.

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Related Articles

Will IMO 2020 Have a Grace Period on Implementation?

Ocean Freight Industry Needs to Test Low Sulfur Fuels Now

Could Cargo Ships Get a Speed Limit?

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Top 10 Imports For Indonesia to U.S. Shipping https://www.universalcargo.com/top-ten-imports-for-indonesia-to-us-shipping/ https://www.universalcargo.com/top-ten-imports-for-indonesia-to-us-shipping/#respond Fri, 05 Jul 2019 14:00:37 +0000 https://www.universalcargo.com/?p=9643 The post Top 10 Imports For Indonesia to U.S. Shipping appeared first on Universal Cargo.

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Indonesia has the fourth-largest labor force in the world, allowing the country to manufacture a wide variety of goods and products for distribution globally. Top exports of Indonesia range from clothing and furniture to mineral fuels and rubber. Indonesia has a thriving agricultural industry that exports fish, vegetable oils, coffee and tea, cocoa and other edible goods around the world. Surrounded by water in Southeast Asia, the Indonesian archipelago is also perfectly positioned for international shipping and boasts more than 150 ports.

Trading with Indonesia provides the opportunity to grow your business by tapping into a new market of exotic goods and regional products. Companies that import from Indonesia can enjoy high profit margins on well-made products. Exporters can also expand their customer base by shipping goods overseas. If you are considering importing goods from Indonesia or exporting your products to Indonesia, this piece will cover the essentials of U.S.-to-Indonesia shipping.

What Are the Most Common Items Imported From Indonesia to the United States?

Indonesia was the 22nd-largest import partner to the U.S. in 2018 and supplied $20.9 billion in imported goods. Imports from Indonesia increased by 3.3% from 2017 and 32.1% over the last 10 years. During the first quarter (Q1) of 2019, imports from Indonesia totaled $5 billion. The U.S. exported $8.2 billion in goods to Indonesia in 2018 and $1.9 billion in Q1 2019.

Importing to the U.S. from Indonesia accounts for less than 1% of global imports to the U.S. However, the U.S. is one of Indonesia’s top export partners. Goods and services exports to the U.S. accounted for 10.8% of Indonesia’s total exports in 2017, second only to China, which held 13.8% of total exports from Indonesia.

Indonesian exports of clothing and footwear dominate trade with the U.S., accounting for a combined 29.1% of all U.S. imports from Indonesia in 2018.1 Indonesia has a thriving apparel and textile industry, and more than 60% of clothing manufactured in Indonesia gets shipped to other countries around the world. Because of Indonesia’s large workforce and low labor costs, the nation can produce apparel at an affordable price.

Businesses importing footwear and apparel to the U.S. from Indonesia can enjoy large profit margins while offering high-quality products to their customers. Clothing manufacturers in Indonesia adhere to international standards for quality and production efficiency. Many popular and well-known fashion brands have manufacturing facilities in Indonesia, including Calvin Klein, Tommy Hilfiger, Uniqlo and H&M.

Another major U.S. import from the tropical nation of Indonesia is seafood. With the Indonesian islands stretching more than  735,358 square miles, it is the largest archipelago in the world and boasts a rich fishing industry. Fish and crustaceans account for about 5.9% of all U.S. imports from Indonesia, and prepared fish and meats account for an additional 3.4%.1 Indonesian fisheries have access to the Indian and Pacific Oceans, as well as numerous seas, where they can catch an abundance of seafood, including shrimp, tuna, tilapia, crab and octopus.

Other top exports of Indonesia to the U.S. include rubber, crude oil, electric machinery, tropical oils and furniture. The primary exports of U.S. goods to Indonesia include oilseeds, industrial machinery, cotton, animal feed and wood pulp.

Top 10 Imports From Indonesia to the U.S.

Below are the top 10 exports of Indonesia to the U.S., based on the latest trade data from the International Trade Administration. All products include their two-digit or four-digit HS Code.

1. Knit and Crochet Apparel and Accessories

Knit and crochet clothing and accessories (HS Code 61) are the top import from Indonesia to the United States. In 2018, Indonesian imports of knit apparel totaled $2.3 billion and accounted for 11.1% of all U.S. imports from Indonesia. Imports of knit clothing had a $572.3 million value for Q1 2019. Sweaters, vests and pullovers (HS Code 6110) were the most popular import to the U.S. at 38.6%, and women’s or girls’ suits and ensembles (HS Code 6104) followed at 24.0%.2

2. Woven Apparel and Accessories

Apparel and accessories that are not knitted or crocheted (HS Code 62) accounted for 10.6% of all U.S. imports from Indonesia in 2018 and totaled $2.2 billion. The most popular woven clothing products from Indonesia were women’s or girls’ suits and ensembles (HS Code 6204), at 23.4%, and women’s or girls’ shirts and blouses (HS Code 6206) at 17.3% of all woven apparel imports. Men’s and boys’ suits and ensembles (HS Code 6203) followed at 16.0%, and men’s and boys’ shirts (HS Code 6205) accounted for 12.9%.3

Woven apparel from Indonesia is often desirable for the traditional Indonesian batik style. Batik, originating in Java, is a technique that involves using wax to block out patterns on cloth and then dyeing the cloth. After completing the dyeing, artisans remove the wax to reveal the design. By applying multiple layers of wax, creators can produce intricate and colorful patterns.

3. Rubber

Rubber (HS Code 40) is Indonesia’s fourth-largest export globally, accounting for 4.6% of Indonesian goods exports worldwide. U.S. imports of rubber from Indonesia had a $1.8 billion value in 2018 and were the third-largest imported good at 8.6%.1 Rubber imports for Q1 2019 totaled $432.1 million.

The primary rubber good imported from Indonesia to the U.S. was natural rubber (HS Code 4001), which accounted for 52.2% of all rubber imports. Natural rubber also includes balata, gutta-percha, guayule, chicle and other natural gums, and can be exported in its primary form or in sheets, strips or plates. The second-largest rubber export from Indonesia to the U.S. was pneumatic tires (HS Code 4011) at 38.0%.4

image of shoes4. Footwear

Footwear (HS Code 64) accounted for 7.4% of all U.S. imports from Indonesia, and totaled $1.5 billion for 2018. For Q1 2019, footwear imports totaled $436.8 million. Shoes with textile material on the top (HS Code 6404) accounted for 42.9% of footwear imports to the U.S., and shoes with leather on the top (HS Code 6403) accounted for 36.7%.5

Imported footwear from Indonesia is available in a wide range of styles, from classic sneakers to trendy boots. Importing footwear to the U.S. from Indonesia can allow businesses to stock their shelves with affordable and high-quality shoes and boots.

5. Mineral Fuels, Oils and Waxes

Mineral fuels, oils and waxes (HS Code 27) were Indonesia’s largest export worldwide in 2017, accounting for 21.2% of their total global goods exports with a total value of $38.4 billion. U.S. imports of mineral fuels from Indonesia totaled $1.2 billion in 2018 and $33.7 million in Q1 2019. The top imported good to the U.S. in this category was crude oil (HS Code 2709), accounting for 85.1% of imports of mineral fuels from Indonesia.6

6. Electric Machinery and Equipment

U.S. imports of electric machinery and equipment (HS Code 85) from Indonesia totaled $1.2 billion last year. A wide variety of electronic goods were imported from Indonesia in 2018, with fairly even distribution. The top product in this category was insulated wires and cables (HS Code 8544), accounting for 10.1% of U.S. imports. Other top electric goods imported to the U.S. from Indonesia were radio reception apparatuses (HS Code 8527), television receivers and video monitors (HS Code 8528) and electric clippers and razors (HS Code 8510).7

7. Fish and Crustaceans

In 2018, Indonesia exported $1.2 billion in fish, crustaceans and other aquatic invertebrates (HS Code 03) to the U.S. These exports include seafood that is fresh, frozen, chilled, live, dried, salted or in brine. Crustaceans in this category can be in or out of the shell, cooked, smoked, fresh, frozen, etc.

Of the fish and crustaceans exported to the U.S. from Indonesia in 2018, 74.5% were crustaceans (HS Code 0306), 20.8% were fish fillets and fish meat (HS Code 0304) and just 2.5% were mollusks and other aquatic invertebrates (HS Code 0307).8 The most common crustacean imported from Indonesia is frozen shrimp.

indonesia is the worlds largest exporter of palm oil8. Animal and Vegetable Fats, Oils and Waxes

Indonesia is the world’s largest exporter of palm oil (HS Code 1511), accounting for 53.9% of global palm oil exports in 2017 with a gross export value of $18.4 billion. In 2018, the U.S. imported $629.9 million in palm oil. As the primary U.S. vegetable oil import from Indonesia, palm oil accounted for 56.0% of the total $1.1 billion in imports of animal and vegetable fats, oils and waxes (HS Code 15) from Indonesia to the U.S. Palm kernel oil and coconut oil (HS Code 1513) were the second most popular vegetable oil imports from Indonesia and totaled $438.1 million.9

Palm oil and coconut oil are popular imports for food manufacturers due to their affordability and appealing flavor. Coconut oil is also a valuable ingredient in beauty products, cosmetics and other health products.

9. Furniture

Furniture (HS Code 94) accounted for 3.9% of all U.S. imports from Indonesia in 2018, with a total value of $815.5 million. General furniture (HS Code 9403) was the main import at 63.7%, followed by seats (HS Code 9401), at 31.0% of all Indonesian furniture imports.10 Indonesian furniture often features exotic woods, such as teak, bamboo, suar wood, rattan and mahogany, and features excellent craftsmanship and creative designs.

10. Prepared Fish and Crustaceans

In addition to the $1.2 billion in fish and crustaceans imported from Indonesia, the U.S. also imported $704.5 million in prepared or preserved fish and crustaceans (HS Code 16). That includes any product that contains more than 20% fish, crustaceans, mollusks or other aquatic invertebrates by weight. Of these products, 92.5% were prepared or preserved crustaceans (HS Code 1605), such as canned crabmeat or food products containing shrimp.11

Things to Consider When Exporting From Indonesia to the U.S.

Indonesia is a member of the Association of Southeast Asian Nations (ASEAN), and trade relations between the U.S. and ASEAN remain strong. Collectively, ASEAN nations are the fourth-largest trading partner to the U.S. Indonesia and the U.S. also meet yearly under the Trade and Investment Framework Arrangement to continue to build healthy relations.

Importing products from Indonesia to the U.S. is often fairly simple, as the U.S. does not have any trade restrictions specific to goods from Indonesia. However, importers may still be subject to other regulations based on the product they are importing. Imports of edible products, like seafood or tropical oils, and products composed or wood or other organic material may be subject to restrictions from the United States Department of Agriculture (USDA).

USDA import regulations may require businesses to acquire permits or licenses before importing plant or plant products and animal or animal products from Indonesia. If a product, such as a piece of exotic furniture, has materials such as an endangered wood or other endangered plant species, it may also be subject to restrictions under the USDA’s Convention on International Trade in Endangered Species of Wild Fauna and Flora.

U.S. businesses hoping to export products to Indonesia face even steeper challenges than U.S. importers. Recently enacted rules and new permit requirements make it more complicated for Indonesian companies to trade with exporters in the U.S. The regulations on goods imported into Indonesia also place burdens on U.S. exporters, who face increasingly strict labeling requirements and inspections. Here are a few of the regulations for U.S.-to-Indonesia shipping exporters must comply with.

  • Ministry of Industry Regulation 24/2013: Revised by MOI Regulation 55/2013, this regulation requires that imported toys be tested in-country on a per-shipment basis. U.S. exporters of toys to Indonesia face hefty documentation requirements, precise technical requirements and significant delays in testing and registration.
  • Law 33/2014: Also known as halal law, this Indonesian law requires all food, beverage, pharmaceutical, cosmetic and chemical products to have halal certification. To obtain halal certification, all business processes must comply with halal law.
  • Ministry of Agriculture Regulation 34/2016: MOA Regulation 34/2016 requires all poultry and meat exporters to comply with halal law during production. The MOA must inspect and approve facilities before exporting goods to Indonesia.
  • Law 18/2009: Amended by Law 41/2014, this regulation requires all exporters of animal-derived products to complete an MOA pre-registration process. Only facilities that have attained individual MOA approval can export to Indonesia.

On top of these and other regulations, U.S. businesses also face uncertain tariffs on goods exported to Indonesia. Indonesia has high bound tariff rates on many goods — for example, the bound tariff rate on fresh potatoes is 50% — and Indonesian applied tariff rates can change unexpectedly.

U.S. business hoping to trade with Indonesia for imports or exports must ensure they have all proper documentation and licensing, and that they stay compliant with both U.S. laws and local Indonesian regulations. If a business fails to meet regulations for trade with Indonesia, their product may get stuck at the port or their business may face more even more costly consequences.

Although a business may be able to navigate these complex trading requirements on their own, Indonesia-to-U.S. shipping is much simpler and safer with a trusted freight partner. Because freight forwarders stay on top of current trade rules and regulations, your shipment and your business will always remain in compliance.

choosing a trusted indonesia freight forwarderChoosing a Trusted Indonesia Freight Forwarder

Working with a freight forwarder streamlines the logistics of Indonesia-to-U.S. importing and U.S.-to-Indonesia exporting to ship your products more quickly and efficiently. Instead of spending countless hours coordinating with carriers and foreign warehouses on your own, choose a trusted freight partner, like Universal Cargo, to manage your U.S.-to-Indonesia shipping for you.

While you focus on your business, your freight forwarder will determine the most cost-effective way to transport your goods to or from Indonesia. A trusted Indonesian freight forwarder may even be able to reduce your shipping costs to increase your business profits.

Here are a few things to look for when choosing an Indonesian freight forwarder.

  • Experience in the region: A freight forwarder with knowledge of Indonesian ports, customs and regulations will ship your products safely and efficiently.
  • Existing relationships with carriers: Established relationships with international carriers allow a freight forwarder to help you determine the most reliable and cost-effective way to ship your goods from the U.S. to Indonesia or vice versa.
  • Warehouses overseas: In tropical regions, products can go bad or get damaged in improperly maintained foreign warehouses. By choosing a freight forwarder that provides overseas warehousing, you can trust your products will remain safe throughout the shipping process.
  • Track record of success: A trustworthy Indonesian freight forwarder will have a proven record of success and high-quality service. Choose a freight partner with excellent customer service and positive testimonials from previous customers.

When you find a trusted freight forwarder to manage your shipping to or from Indonesia, you can have peace of mind the company of your choice will transport your goods with both expediency and care.

contact universal cargo for indonesia to us shippingUniversal Cargo Shipping Indonesia to U.S. or U.S. to Indonesia for Businesses

Universal Cargo is a full-service freight forwarder with experience shipping goods and products to and from Indonesia. With more than 30 years in the business, Universal Cargo has the knowledge and expertise to help your business manage the complicated logistics of U.S.-to-Indonesia shipping or Indonesia-to-United States shipping. We even have representation in all major ports worldwide and existing relationships with international carriers.

Whether your business wants to import Indonesian clothing products or export industrial machinery, our team can help determine the fastest and most affordable shipping method. Universal Cargo offers various freight forwarding services, including ocean freight, air freight and express air freight, as well as warehousing services for products we ship.

When you choose Universal Cargo for your freight partner, you’ll enjoy complimentary cargo tracking and exceptional service from our dedicated staff. We also offer cargo insurance for even more peace of mind. Contact Universal Cargo for a free quote on Indonesia-to-U.S. shipping for your business.

Click Here for Free Freight Rate Pricing

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Guide to Importing Furniture Into the United States https://www.universalcargo.com/guide-to-importing-furniture-into-the-united-states/ https://www.universalcargo.com/guide-to-importing-furniture-into-the-united-states/#respond Thu, 13 Jun 2019 14:09:07 +0000 https://www.universalcargo.com/?p=9605 The post Guide to Importing Furniture Into the United States appeared first on Universal Cargo.

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Importing furniture is an excellent opportunity to grow your business and diversify your offerings with unique furniture products your customers will love. High-quality imported furniture boasts exceptional craftsmanship and exotic styles, as well as low prices and high-profit margins. This article will cover the essentials of how to import furniture into the United States and the benefits it can offer your furniture business.

 

steps for importing furniture with a freight forwarder

 

Steps for Importing Furniture With a Freight Forwarder

Importing furniture may seem daunting for any small company just getting started with international shipping. However, when you work with a freight forwarder, the steps for importing furniture products are simple and straightforward.

  1. Choose the product and country: Decide the types of furniture you want to import and the country you plan to import from. Importing furniture provides the opportunity to purchase unique and rare items to feature in your furniture store.
  2. Determine eligibility: Although the U.S. allows the import of a wide variety of goods, not all items from all countries are clear for import. Check U.S. trade barriers and local laws to verify that your chosen furniture product is eligible for import to the U.S.
  3. Find a supplier: Once you have verified your eligibility, find a supplier for your furniture products in the country you want to import from. Meet with and build a relationship with your manufacturer before signing a contract with them. In some nations, like China, you may choose to partner with a local supplier in that nation that will purchase goods from a furniture marketplace on your behalf.
  4. Complete the required paperwork: Depending on the products you are importing and the importing country, the required paperwork and licensing may differ. Your freight forwarder can help you determine what documentation you need to begin importing furniture into the U.S.
  5. Let your freight forwarder do the rest: If a company imports furniture on their own, they are responsible for classifying their goods, arranging their cargo transport, communicating with customs and tracking their shipment. A freight forwarder will take care of all that for you. You can sit back and relax while your freight forwarder handles all the logistics of importing your furniture products.

When you work with a freight forwarder, you can focus on managing your business at home, rather than wrestling with complex customs regulations. Your freight forwarder will also have existing relationships with carriers, meaning they can import your products as efficiently and cost-effectively as possible. Partnering with a freight forwarding company makes it easy to tap into the benefits of importing furniture from overseas.

 

pink sofa with statistic of mexico exporting to the united states

 

Popular Countries That Export Furniture to the United States

The total value of global furniture imports to the U.S. was $67.1 billion in 20181, according to national trade reports from the U.S. Department of Commerce’s International Trade Administration. Furniture imports have seen a fairly steady increase over the past five years from $47.7 billion in 2013.1 As of March 2019, year-to-date furniture imports were $15.2 billion.1

Within the total global furniture imports for 2018, the primary goods imported were:2

  • Furniture and furniture parts not elsewhere specified or included (HS Code 9403), accounting for 37.8% of total U.S. furniture imports
  • Seats and seat parts (HS Code 9401), accounting for 36.3% of total U.S. furniture imports
  • Lamps and lighting fittings and parts (HS Code 9405), accounting for 17.9% of total U.S. furniture imports
  • Mattress supports and bedding (HS Code 9404), accounting for 6.1% of total U.S. furniture imports

China was the No. 1 exporter of furniture to the U.S. in 2018, with a total value of $34.8 billion.1 Mexico ranked second at nearly $11.0 billion.1 Together, furniture imported from China and Mexico accounted for about 68.2% of all U.S. furniture imports last year. Although India only ranks ninth in U.S. furniture exports, furniture from India also remains desirable among U.S. consumers due to its intricate designs and high-quality craftsmanship.

The following sections highlight furniture import trends and statistics from these three popular countries. The Harmonized Commodity Description and Coding System, also called the Harmonized System or HS, is an international classification system for traded goods. Currently, 211 countries and economic unions around the world use HS as a standard for classifying goods for customs purposes.

When importing furniture products to the U.S., your business will use a six-digit HS Code for customs operations and other trade negotiations with foreign suppliers. To find the HS Code for the furniture products your business plans to import, you can search for the HS Code with a product description or view a complete list of HS Codes for all goods provided by the U.S. International Trade Commission. Your freight forwarder can also assist you in classifying your furniture products.

 

1. Importing Furniture From China

China is currently the top trading partner to the U.S., with a total import value of $539.5 billion in 2018 and $106 billion for the first quarter (Q1) of 2019.3 Furniture products (HS Code 94) accounted for 6.5% of China’s total exports to the U.S. and ranked third among China’s U.S. exports, following electric machinery and equipment (HS Code 85) at 28.2% and industrial machinery (HS Code 84) at 21.6%.4

With $34.8 billion in furniture imports in 2018 and $7.1 billion for Q1 20195, China ranks as the top exporter of furniture to the U.S. The most popular furniture products imported from China in 2018 mirrored the national totals with:

  • 35.9% general furniture and furniture parts (HS Code 9403)
  • 31.2% seats and seat parts (HS Code 9401)
  • 22.2% lamps and lighting (HS Code 9405)
  • 9.4% mattress supports and bedding (HS Code 9404)

Importing furniture from China is popular among large and small companies due to the affordability and high quality of Chinese-made furniture products. Even with high shipping costs, wholesale furniture imported from China offers an excellent return for buyers. Chinese-made furniture meets strict quality controls, and manufacturers often construct it without any glue, nails or screws, making it durable and long-lasting.

Furniture importers can also choose from a wide selection of products that are available at massive furniture malls and marketplaces like the China Furniture Wholesale Market in Shunde. To remain competitive in a crowded international and domestic market, Chinese furniture manufacturers are always designing new and unique pieces.

One significant consideration when importing furniture from China is the time it takes for your products to arrive from the other side of the world. Transit time alone is typically between two weeks to two months, and the entire process may take up to three months. If weather delays or other unexpected interruptions occur, importing furniture from China may take even longer.

When importing goods from China to fill your furniture store showroom, plan by choosing seasonally appropriate products and designs. Furniture buyers must be savvy about upcoming furniture trends and buyers’ seasonal preferences to import the right goods at the right time. When you work with a freight forwarder, they can help manage the logistics to get your imported Chinese furniture to you as efficiently and affordably as possible.

 

2. Importing Furniture From Mexico

Mexico is the second-largest exporter of goods and commodities to the U.S., with $346.5 billion in total imports in 2018.3 Mexico is also the No. 2 exporter of furniture to the U.S., with $11 billion in furniture imports in 2018 and $2.6 billion in Q1 2019.1 Mexican furniture exports to the U.S. have remained fairly steady over the past few years, but reached a historic high of $11.1 billion in 2016.6

The top Mexican-made furniture products imported to the U.S. in 2018 were seats and seat parts (HS Code 9401), accounting for 63.6% of all furniture imports, and lamps and lighting (HS Code 9405), accounting for 20.8% of all U.S. furniture imports from Mexico.6

Mexican furniture is popular among American buyers due to its rustic style and colorful design. Mexican furniture often features handpainted and carved wood with bright colors and patterns. Interior designers and homeowners alike prize unique furniture designs, such as Equipale and bentwood chairs. Importing furniture from Mexico allows businesses to stock their stores with furniture made of exotic woods like Mexican pine and mesquite.

Furniture companies also benefit from short transit times when importing furniture from Mexico. Importers have the option of transporting their goods by land or by air freight when expediency is necessary. Importing furniture from Mexico can allow your company to reduce shipping and transportation costs while filling your furniture showroom with eye-catching pieces.

 

3. Importing Furniture From India

India is the ninth largest furniture exporter to the U.S., with $890 million in furniture imports in 2018 and $223.3 million for Q1 2019.1 General furniture and furniture pieces (HS Code 9403) accounted for 45.5% of total furniture imports to the U.S., and mattress supports and bedding (HS Code 9404) accounted for 25.6%. Seats and seat parts (HS Code 9401) were the third-largest furniture import from India at 14.3%.7

Furniture from India is valuable for its intricate and ornate designs and high-quality artisan construction. Indian furniture is often hand-carved, making each piece unique. By importing furniture from India, furniture companies can also purchase luxury furniture pieces at affordable prices.

 

Benefits of Importing Furniture to the United States

The primary benefit of commercial furniture importing is accessing higher-quality goods at lower prices. Because furniture often gets produced and sold wholesale overseas, it creates furniture business opportunities for U.S. businesses to import large quantities of products at affordable rates. Lower taxation and labor costs allow more affordable production of imported furniture. The crowded and competitive furniture market in countries like China and India also helps keep supplier pricing low. By importing furniture into the United States, companies can significantly extend their profit margins.

Importing furniture from China, India, Mexico and other foreign partners can help grow your business — both by increasing your profits and by attracting new customers. Importing furniture can allow you to diversify your product offerings to make your business stand out among your competitors. Furniture companies can feature unique and rare items with handcrafted designs or sleek construction. When you import exotic furniture, customers will keep coming back to see what new items you have in stock.

 

FAQs for Importing and Exporting Furniture

With the help of a freight forwarder, importing furniture into the U.S. is as straightforward as deciding what products you want to purchase and what supplier you want to source from. However, importing furniture into the U.S. can still be confusing for companies that are just getting started. Here are some answers to frequently asked questions about importing furniture.

 

aphis regulations, cites regulations, lacey act

 

1. What Kind of Transportation Should I Use for Importing Furniture to the USA?

Depending on the size and weight of the furniture, companies can import furniture by ocean freight or air freight. Ocean freight is typically the most cost-effective way to transport furniture from overseas. Companies should load furniture onto pallets and wrap it in plastic to prevent damage during transit. Shipping furniture on pallets also makes it easier to load and unload at ports.

Furniture pallets then get loaded into 20- or 40-foot cargo containers. Depending on the amount of furniture, companies can import furniture as a full-container load or less-than-container load.

Air freight can be useful when importing a smaller amount of furniture, or if a business needs to import fragile items or irregularly shaped furniture. Air freight also allows for express shipping that is much faster than ocean freight, especially when importing furniture from China. However, shipping furniture via air freight can be significantly more expensive than by ocean freight or ground transportation.

 

2. Should I Try to Import Furniture to My Business on My Own?

Although importing furniture on your own can be done, importing furniture with an experienced freight forwarder simplifies the process significantly and substantially reduces your risk. A trustworthy freight forwarder will have experience in handling furniture-specific shipments, which means they will make sure your furniture gets packaged, loaded and unloaded correctly to prevent damage.

Freight forwarding companies are knowledgeable about rules and regulations governing international trade, and will ensure your shipment stays in compliance at every step of the process. Your freight forwarder will provide the necessary documentation and communicate with customs officials so you do not have to. Freight forwarding companies also have existing relationships with suppliers and warehouses overseas, making it easy to find a reliable source for your imported furniture.

 

3. Can Furniture Be Imported as Assembled or Non-Assembled?

Imported furniture can either be assembled or non-assembled, depending on the type of furniture product and its size. Shipping furniture non-assembled whenever possible will often be more cost-effective, allowing more product in a single container.

It’s also possible to ship furniture assembled if it is an unusual shape, carved from a single piece of wood, a luxury item or if there is no reason to ship it in pieces. A trustworthy supplier will carefully package and transport your goods to arrive at your business in one piece.

 

4. What Types of Furniture Can I Import?

You can import virtually any type of furniture, from plush velvet couches to sleek metal tables. Materials for imported furniture can include wood, wicker, plastic, foam, metal, upholstery and many other materials. Interior furniture such as chairs, tables, bed frames, lights, lamps and other fixtures are popular to import to the U.S., as well as exterior furniture such as gazebos, lawn chairs and other patio furnishings.

Furniture for businesses, office spaces and restaurants often comes from other countries as well. Indeed, purchasing furniture and fixtures in bulk from overseas allows you to furnish an entire business at a much lower cost.

Although it is possible to import almost any variety of furniture, some wood furniture is subject to additional regulations for import and export. These restrictions, implemented by the United States Department of Agriculture (USDA) are designed to prevent invasive species from entering the U.S. and to protect against illegal logging. These are the primary USDA regulations furniture importers must comply with when shipping products to the U.S. from overseas.

Companies importing wood furniture from China may also face extra anti-dumping duties. While not all wood furniture from China falls under these regulations, some furniture that retails at less than fair market value may be subject to anti-dumping duties. When you work with a freight forwarding partner, they can help make sure your wood furniture imports comply with all applicable rules and regulations.

 

contact universal cargo for business furniture importing or exporting

Choose Universal Cargo as Your Business Freight Partner

With three decades of experience in international shipping, Universal Cargo is a trusted partner for your commercial furniture importing. Universal Cargo has existing relationships with international carriers and representation in all major ports around the world. When you partner with Universal Cargo as your freight forwarder, we will manage the logistics of importing your furniture from China, India, Mexico or anywhere else in the world as cost-effectively and efficiently as possible. Contact Universal Cargo to get started importing furniture for your business.

 

Click Here for Free Freight Rate Pricing

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China Announces Tariff Hikes on $60 Billion of U.S. Goods – Trade War Update https://www.universalcargo.com/china-announces-tariff-hikes-on-60-billion-of-u-s-goods-trade-war-update/ https://www.universalcargo.com/china-announces-tariff-hikes-on-60-billion-of-u-s-goods-trade-war-update/#comments Tue, 14 May 2019 20:38:38 +0000 https://www.universalcargo.com/?p=9570 As expected, China retaliated against the U.S. for the tariffs hike President Trump ordered on $200 billion worth of Chinese goods. China announced its plan for tariff increases on $60 billion worth of U.S. goods on Monday (May 13th, 2019), just three days after the U.S. implemented its latest tariffs increase.




The tariffs hike the U.S. implemented on imports from China was from 10% to 25%. Similarly, China is raising tariffs on U.S. exports that were previously tariffed at 10%. The difference is tariffs on some of those goods are increasing to 20% while the tariffs on others are being increased to 25%.




It's possible U.S. shippers who export to China may not actually see these tariff increases hit their goods, but it would require the countries coming to agreement on a trade deal before the end of the month.




To see the complete list of U.S. goods China is putting a 25% tariff on, check out the whole post in Universal Cargo's blog.

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As expected, China retaliated against the U.S. for the tariffs hike President Trump ordered on $200 billion worth of Chinese goods. China announced its plan for tariff increases on $60 billion worth of U.S. goods on Monday (May 13th, 2019), just three days after the U.S. implemented its latest tariffs increase.

President-elect Trump w/ US & Chinese flags
Picture of Donald Trump by Michael Vadon. U.S. & Chinese flags added.

The tariffs hike the U.S. implemented on imports from China was from 10% to 25%. Similarly, China is raising tariffs on U.S. exports that were previously tariffed at 10%. The difference is tariffs on some of those goods are increasing to 20% while the tariffs on others are being increased to 25%.

It’s possible U.S. shippers who export tariff targeted goods to China may not actually see these tariff increases hit their goods, but it would probably require the countries coming to agreement on a trade deal before the end of the month.

Ana Swanson and Keith Bradsher reported in a New York Times article:

Both China and the United States have left a window for negotiators to try to reach a deal before the latest round of higher tariffs goes into effect. China said it would delay the higher rates until June 1, while Mr. Trump’s new 25 percent rate affects only products sent to the United States as of May 10, leaving a two- to four-week gap from the time most goods leave China by boat to when they arrive at an American port.

That doesn’t give much time for China and the U.S. to come together on this trade deal; however, it does give a tiny glimmer of hope that the trade war escalation could be halted. At the very least, it adds credence to President Trump’s words Monday that were reported by NBC News:

“We’ll let you know in three or four weeks if [the trade talks are] successful,” President Trump said. In three weeks we’ll see if there’s a deal or if China and the U.S. fight it out with these tariffs and the likely rounds to follow, like the tariffs increase the U.S. is planning next on $300 billion worth of Chinese goods.

If China’s tariffs on U.S. goods go into effect on June 1st, there are 2,493 products that will see the hike to 25% tariffs. Amanda Shendruk & Heather Timmons, in a Quartz article, did the work of Google translating the list of all those products China’s Ministry of Finance announced they were targeting with the tariffs hike to 25%. While Google translate leaves room for error, the Quartz list is organized by category and includes HTS codes for each product. The list is included below.

Click Here for Free Freight Rate Pricing

Food

ItemHTS code
Frozen peas7102100
Frozen other legumes7102900
Frozen spinach7103000
Frozen other berries8112000
Other frozen fruits and nuts8119090
Peel of citrus fruit or melon8140000
Unroasted coffee not immersed in caffeine9011100
Unroasted coffee with caffeine soaked9011200
Roasted coffee without caffeine9012100
Roasted coffee with caffeine soaked9012200
Flower tea with a net weight of ≤ 3kg9021010
Other green teas with a net weight of ≤3kg9021090
Other green teas with a net weight > 3kg9022090
Oolong tea with a net weight of ≤3kg9023010
Other fermented, semi-fermented black teas with a net weight of ≤ 3kg9023090
Other fermented, semi-fermented black teas with a net weight > 3 kg9024090
Unground pepper9041100
Ground pepper9041200
Pepper has been ground9042200
Other unground cinnamon and cinnamon flowers9061900
Crushed cumin9093200
Ginger has been ground9101200
Mixed seasoning9109100
Other flavorings9109900
Fine powder of wheat or mixed wheat11010000
Other cereal fines11029090
Wheat semolina and coarse powder11031100
Other processed oats11042200
Other cereals processed by other processing11042990
Potato powder tablets, granules and pellets11052000
Fruit and nut powder and powder11063000
Unbaked malt11071000
Braised malt11072000
Potato starch11081300
Tapioca starch11081400
Other starch11081900
Gluten11090000
Other sunflower seeds12060090
Other mustard12075090
Other oily kernels and fruits12079999
Other plants mainly used as medicines12119039
Mainly used as a spice plant12119050
Other insecticidal and bactericidal plants12119099
Other seaweed and algae12122190
Sweet almonds12129912
Other cores and nuts for human consumption12129999
Licorice juice and extract13021200
Pectin, pectate and pectate13022000
Agar13023100
Other vegetable gums and thickeners13023990
Bamboo14011000
Other plant products14049090
Cod liver oil and its fractions15041000
Other animal oils, fats and their fractions15060000
Virgin soybean oil and its fractions15071000
Other soy oil and its fractions15079000
Virgin peanut oil and its fractions15081000
Other peanut oil and its fractions15089000
Virgin olive oil and its fractions15091000
Other oil olive oil and its fractions15099000
Extra virgin sunflower oil or safflower oil and its fractions15121100
Other sunflower oil or safflower oil and its fractions15121900
Virgin coconut oil and its fractions15131100
Other coconut oil and its fractions15131900
Virgin low-sauerkraut souric acid oil and its fractions15141100
Other rapeseed oil or mustard oil and its fractions15149900
Other corn oil and its fractions15152900
Castor oil and its fractions15153000
Sesame oil and its fractions15155000
Hydrogenated, esterified or oleoylated animal fats15161000
Hydrogenated, esterified or oleoylated vegetable fats15162000
Margarine15171000
Shortening15179010
Mixed edible fats or products15179090
Crude glycerin, glycerin water and glycerine lye15200000
Meat or edible chopped homogenized food16021000
Manufactured or preserved pig hind legs and meat pieces16024100
Other prepared or preserved beef, chopped meat and blood16025090
Other cane sugar, unscented or colored17011400
Sugar17019910
Maple sugar and maple syrup17022000
Glucose and syrup, no fructose or fructose content below 20%17023000
Chemically pure fructose17025000
Whole or broken cocoa beans, raw or roasted18010000
Not defatted cocoa cream18031000
Cocoa butter, cocoa butter18040000
Cocoa powder without added sugar or other sweet substances18050000
Cocoa-containing foods with a net weight of >2kg18062000
Other non-sandwich block or strip containing cocoa food, net weight ≤ 2kg18063200
Retail packaging formula for infants and young children19011010
Other unlisted foods19019000
Uncooked or uncooked egg-containing pasta19021100
Stuffed pasta, whether cooked or otherwise prepared19022000
Ready-to-eat or quick-cooked noodles19023030
Foods made from unroasted cereal flakes and mixed unbaked foods19042000
Sweet cookies19053100
Waffles and Holy Communion19053200
Rusks, toast and similar toast19054000
Cucumbers and gherkins made or preserved with vinegar or acetic acid20011000
Other fruits, vegetables and edible plants prepared or preserved with vinegar or acetic acid20019090
Whole or sliced ​​canned tomatoes, not made with vinegar20021010
Canned white mushrooms, not made of vinegar20031011
Other canned mushrooms, not made with vinegar20039010
Other frozen vegetables and mixed vegetables made from vinegar20049000
Unfrozen potatoes made without vinegar20052000
Unfrozen peas made without vinegar20054000
Other canned kidney beans and kidney beans, not made of vinegar20055119
Canned peas and kidney beans, not made with vinegar20055910
Unfrozen olive oil made from vinegar20057000
Unfrozen sweet corn made from vinegar20058000
Other unfrozen vegetables and mixed vegetables, not made with vinegar20059999
Candied olives20060020
Other candied vegetables, fruits, nuts, peels, etc.20060090
Cooked citrus fruit20079100
Other cooked jams, jellies, purees, canned fruit20079910
Other cooked jams, jellies, purees, fruit pastes20079990
Other peanuts not made with vinegar20081190
Other nuts and kernels not made of vinegar20081999
Apricots made without vinegar20085000
Peach (including nectarine) canned20087010
Assorted fruits made without vinegar20089700
Seasoned seaweed20089931
Grapefruit (including pomelo) juice with a Brix value not exceeding 2020092100
Other grapefruit (including pomelo) juice20092900
Lemon juice with a Brix value not exceeding 2020093110
Lemon juice with a Brix value over 2020093910
Pineapple juice with a Brix value not exceeding 2020094100
Other pineapple juice20094900
Grape juice with a Brix value not exceeding 30, including wine grape juice20096100
Other apple juice20097900
Mango juice20098912
Passion fruit juice20098913
Guava juice20098914
Other unmixed vegetable juice20098920
Mixed fruit juice20099010
Mixed vegetable juice, mixed juice of fruits and vegetables20099090
Coffee concentrate21011100
Products based on coffee concentrate or coffee21011200
Tea, mate tea concentrated juice and its products21012000
Active yeast21021000
Inactive yeast; other single-celled microorganisms that have died21022000
Soy sauce21031000
Ice cream and other iced foods (with or without cocoa)21050000

Beverages

ItemHTS code
Coconut juice21069040
Soft drinks (unflavored, sweetened or other sweet substances)22011020
Packaged natural water22019011
Unpackaged natural water22019019
Other water, ice and snow (unflavored, sweetened or otherwise sweet)22019090
Non-alcoholic beer22029100
Other non-alcoholic drinks, excluding fruit juice vegetable juice22029900
Malt brewed beer22030000
Grape sparkling wine22041000
Freshly brewed wine in small packages22042100
Large-packaged wine made from fresh grapes22042900
Small package of miso and similar wine22051000
Other fermented beverages; other unsorted fermented beverage mixtures22060090
Unmodified ethanol, alcohol concentration ≥80% by volume22071000
Hard liquor made from distilled wine22082000
Gin22085000
Liqueur and Cordier22087000
Tequila22089010
Liquor22089020
Other distilled spirits and alcoholic beverages22089090

Mineral Products

ItemHTS code
Edible salt25010011
Other salt25010019
Uncalcined pyrite25020000
Sulfur, except sublimation, precipitation and colloidal sulfur25030000
Spheroidized graphite25041091
Other natural graphite25049000
Other natural sand, whether or not colored25059000
Quartzite25062000
Kaolin soil similar25070090
White chalk25090000
Milled apatite25102010
Other siliceous fossil coarse powder and siliceous soil25120090
Pumice25131000
Marble and travertine25151100
Rectangular marble and travertine25151200
Other limestone monument or building stone; wax stone25152000
Granite25161100
Rectangular granite25161200
Sandstone25162000
Other monument or building stone25169000
Pebble, gravel and gravel, boulder and vermiculite, whether or not heat treated25171000
Groces, crumbs and powders from various stone materials25174900
Uncalcined or sintered dolomite25181000
Fused magnesia25199010
Sintered magnesia ore (calcium burnt)25199020
Alkaline burnt magnesium (light burnt magnesium)25199030
Raw gypsum; anhydrite25201000
Quicklime25221000
Slaked lime25222000
Cement clinker25231000
Alumina cement25233000
Other asbestos25249090
Undisturbed mica and split mica flakes25251000
Natural borax and its concentrate, whether or not calcined25280010
Borate; natural crude boric acid25280090
Feldspar25291000
Leucite; nepheline and nepheline syenite25293000
Unexpanded meteorites and perlite25301020
Rare earth metal ore25309020
Other mineral products25309099
Sintered iron ore and concentrate26011200
Manganese ore and its concentrate26020000
Copper ore and concentrate26030000
Nickel ore and its concentrate26040000
Zinc ore and concentrate26080000
Titanium ore and its concentrate26140000
Zirconium ore and its concentrate26151000
Other vanadium ore and its concentrate26159090
Other precious metal ores and concentrates26169000
Other mineral sands and concentrates26179090
LNG27111100

Chemical Products

ItemHTS code
Chlorine28011000
Iodine28012000
Bromine28013020
Argon28042100
Boron, bismuth28045000
Diameter <7.5cm single crystal silicon rod for the electronics industry28046120
Other silicon containing <99.99% silicon28046900
Arsenic28048000
Other selenium28049090
Calcium28051200
Other rare earth metals, cerium and lanthanum which have been mixed or fused to each other28053029
Xulfuric acid, fuming sulfuric acid28070000
Nitric acid and sulfonic acid28080000
Other phosphoric acid and metaphosphoric acid, pyrophosphate28092019
Other hydrogen fluoride (hydrofluoric acid)28111190
Carbon dioxide28112100
Other non-metallic chlorides and oxychlorides28121900
Ammonia28141000
Ammonia water28142000
Solid sodium hydroxide28151100
Sodium peroxide and potassium peroxide28153000
Magnesium hydroxide and magnesium peroxide28161000
Brown corundum28181010
Alumina28182000
Other cobalt oxides and hydroxides; commercial cobalt oxide28220090
Titanium oxide28230000
Other strontium, barium and its inorganic salts28251090
Vanadium pentoxide28253010
Other vanadium oxides and hydroxides28253090
Antimony oxide​​28258000
Tungsten trioxide28259012
Tin dioxide28259031
Anhydrous aluminum fluoride28261210
Fluorosilicate28269010
Lithium hexafluorophosphate28269020
Fluoroaluminate and other fluoro complex salts28269090
Ammonium chloride for non-fertilizers28271090
Calcium Chloride28272000
Nickel chloride28273500
Lithium chloride28273910
Zirconium oxychloride and hydroxide chloride28274910
Sodium bromide and potassium bromide28275100
Other bromides and bromines28275900
Iodide and iodine oxide28276000
Other hypochlorite; chlorite; hypobromite28289000
Sodium dithionate28311010
Sodium sulfite28321000
Sodium sulfate28331100
Magnesium sulfate28332100
Aluminum sulfate28332200
Barium sulfate28332700
Ferrous sulfate28332910
Chromium sulphate28332920
Potassium nitrate for non-fertilizers28342190
Hypophosphite and phosphite28351000
Food grade calcium orthophosphate (dicalcium phosphate)28352520
Trisodium phosphate28352910
Food grade sodium tripolyphosphate (sodium tripolyphosphate)28353110
Barium carbonate28366000
Lithium carbonate28369100
Bismuth carbonate28369200
Magnesium carbonate28369910
Commercial ammonium carbonate and other ammonium carbonates28369940
Potassium cyanide28371910
Other cyanide and oxycyanide28371990
Cyanide complex28372000
Other sodium silicates; commercial sodium silicate28391990
Other chromate and dichromate; perchromate28415000
Other metal acid salts and permetalates28419000
Lithium nickel cobalt manganese oxide28429030
Lithium iron phosphate28429040
Colloidal precious metals28431000
Natural uranium and its compounds28441000
U235 Enriched uranium, thorium and their compounds28442000
Radioactive cobalt and radioactive cobalt salts28444020
Antimony oxide28469011
Yttrium oxide28469017
Other rare earth oxides28469019
Mixed rare earth carbonate28469048
Other compounds of bismuth28469093
Other compounds of bismuth28469096
Hydrogen peroxide28470000
Drinking distilled water28539010
2-methyl propylene29012330
Isoprene29012420
Acetylene29012920
Cyclohexane29021100
Other naphthenes, cycloolefins and cyclodecene29021990
Toluene29023000
O-xylene29024100
Meta-xylene29024200
P-xylene29024300
Mixed xylene isomer29024400
Ethylbenzene29026000
Isopropyl benzene29027000
Saturated chlorinated derivatives of other acyclic hydrocarbons29031990
Tetrachloroethylene29032300
Other halogenated derivatives such as cycloalkanes or cyclic olefins29038900
Chlorobenzene and p-dichlorobenzene29039190
Methanol29051100
Isopropanol29051220
N-octanol29051610
Other octanol29051690
Decylene, cetyl alcohol and stearyl alcohol29051700
Other acyclic terpene alcohol29052290
Other unsaturated monohydric alcohols29052900
2-ethyl-2-(hydroxymethyl)propane-1,3-diol (trimethylolpropane)29054100
Pentaerythritol29054200
Mannitol29054300
Glycerol (glycerol)29054500
Menthol29061100
Benzyl alcohol29062100
Other aromatic alcohols and their derivatives29062990
O-cresol29071212
Other cresol (p-cresol)29071219
4,4′-isopropylidene biphenol (bisphenol A) and its salts29072300
Other derivatives of halogenated, sulphonated, nitrated or nitrosated phenols and phenols29089990
2,2′-oxydiethanol (diethylene glycol)29094100
Ether phenols, ether phenols and their halogenated, sulphonated, nitrated or nitrosated derivatives29095000
1-Chloro-2,3-epoxypropane (epichlorohydrin)29103000
Acetal, hemiacetal, whether or not containing other oxy groups, and their halogenation, sulfonation, nitrification, or Nitrosated derivative29110000
Benzaldehyde29122100
Aldol29124910
Other aldehyde ethers, aldehydes, other oxy-containing aldehydes29124990
Halogenated, sulphonated, nitrated, or nitrosated derivatives of the products listed in heading 291229130000
Butanone29141200
Musk ketone and methyl musk ketone29142300
Acetophenone29143910
Other aromatic ketones containing no other oxy groups29143990
Keto alcohol and keto aldehyde29144000
Other ketones29145019
2-Hydroxy-4-methoxybenzophenone29145020
Containing other oxy-containing ketones29145090
Unclear translation29146100
Halogenated, sulphonated, nitrated or nitrosated derivatives of other ketones and oximes29146900
Formate29151200
Formate29151300
Other glacial acetic acid (glacial acetic acid)29152119
Other acetic acid29152190
Vinyl acetate29153200
Mono-, di-, trichloroacetic acid and its salts and esters29154000
Propionate and ester29155090
Stearic acid29157010
Acrylic acid and its salts29161100
Isooctyl acrylate29161240
Methacrylic acid and its salts29161300
Methacrylate29161400
Other (cycloalkane, cycloalkenyl, cyclodecene) monocarboxylic acids and their derivatives29162090
Benzoyl peroxide and benzoyl chloride29163200
Adipic acid and its salts and esters29171200
Azelaic acid and its salts and esters29171310
Maleic anhydride29171400
Tetrahydrophthalic anhydride29172010
Dioctyl phthalate29173200
Other terephthalic acid29173619
Dimethyl terephthalate29173700
Isophthalic acid29173910
Tartaric acid29181200
Tartrate and tartaric acid ester29181300
Other phenolic groups but not other oxycarboxylic acids and their anhydrides29182900
Aniline and its salts and derivatives29214200
Diphenylamine and its salts and derivatives29214400
1-Naphthylamine, 2-naphthylamine and its salts and derivatives29214500
M-, p-phenylenediamine, diaminotoluene and its salts and derivatives29215190
Other aromatic polyamines and their salts and derivatives29215900
Other amino (naphthol, phenol) and ether, ester, salt29222990
Other aminoaldehydes, aminoketones, aminoguanidines and their salts29223990
Lysine29224110
Glutamic acid29224210
Sodium glutamate29224220
Tranexamic acid29224911
Other amino alcohol phenols, amino acid phenols and other oxy-containing amino compounds29225090
Ureide and its salts and derivatives29242100
Aspartame29242930
Other cyclic amides (including cyclic carbamates)29242990
Saccharin and its salts29251100
Other imines and their salts and derivatives29252900
Diazo compounds, azo compounds and azo compounds29270000
2,4 and 2,6 toluene diisocyanate mixture (toluene diisocyanate TDI)29291010
Diphenylmethane diisocyanate (pure MDI)29291030
Methionine (methionine)29304000
Bismuth alanine (cystine)29309010
Dithiocarbonate (or salt) [xanthogenate (or salt)]29309020
Other organophosphorus derivatives29313990
2-furfural29321200
Dimethylphenylpyrazolone (antipyrine) and its derivatives29331100
Other structurally non-fused pyrazole ring compounds (whether or not hydrogenated)29331990
Piperidine (hexahydropyridine)29333210
Other compounds containing quinoline or isoquinoline ring systems (but not further fused)29334900
Other compounds having a pyrimidine ring or a piperazine ring (whether or not hydrogenated)29335990
Melamine (melamine)29336100
Other isocyanuric acid chlorinated derivatives29336929
Other heterocyclic compounds containing only nitrogen heteroatoms29339900
Other compounds containing a non-fused thiazole ring (whether or not hydrogenated)29341090
Sultone and sultam29349910
Unmixed vitamin A and its derivatives29362100
Unmixed vitamin B1 and its derivatives29362200
Unmixed vitamin B2 and its derivatives29362300
Unmixed D or DL-pantothenic acid and its derivatives29362400
Unmixed vitamin B12 and its derivatives29362600
Recombinant human insulin and its salts29371210
Other insulin and its salts29371290
Other peptide hormones, protein hormones, glycoprotein hormones and their derivatives and similar structures29371900
Halogenated derivatives of other corticosteroids29372290
Halogenated derivatives of other corticosteroids29372390
Other steroid hormones and their derivatives and similar structures29372900
Prostaglandins, thromboxanes and leukotrienes and their derivatives and structural analogues29375000
Other natural or synthetically prepared glycosides and their salts, ethers, esters and other derivatives29389090
Other opioids and their derivatives, and their salts29391900
Other alkaloids and their salts and derivatives29398000
6 Aminopenicillanic acid (6APA)29411093
Gentamicin and its salts and derivatives29419010
Other cephalosporins and their derivatives and their salts29419059
Adhesive plaster30051010
X-ray contrast agent; diagnostic reagent30063000
Chemical contraceptives based on hormones30066010
Ok for ostomy appliances30069100
Urea31021000
Sodium nitrate31025000
Other mineral nitrogen fertilizers and chemical nitrogen fertilizers31029090
Pure potassium chloride31042020
Other potassium chloride31042090
Potassium sulfate31043000
Manufactured into flakes and similar shapes or fertilizers with a gross weight not exceeding 10 kg31051000
Fertilizers containing nitrogen, phosphorus and potassium31052000
Ammonium dihydrogen phosphate and mixtures of ammonium dihydrogen phosphate and diammonium hydrogen phosphate31054000
Hardwood Extract32011000
Other plant extracts32019010
Tannic acid and its derivatives32019090
Organic synthetic tanning materials32021000
Inorganic tanning materials; tanning preparations; pre-industrial enzyme preparations32029000
Other plant matter colourings and preparations based on them;32030019
Disperse dyes and articles based on them32041100
Acid dyes and mordant dyes and articles based on them; mord dyes and ingredient product32041200
Basic dyes and products based on them32041300
Reactive dyes and articles based on them32041600
Sulfurized black (sulfurated black) and products based on it32041911
Other sulphur dyes and articles based on them32041919
Carotene and carotenoids32049020
Ultramarine and its basic products32064100
Zinc white32064210
Pigments and products based on bismuth vanadate32064911
Modulate pigments, sunscreens, colorants and similar products32071000
珐琅 and glaze, glaze (glaze) and similar products32072000
Light enamel and similar products32073000
Polyester paints and varnishes, soluble in non-aqueous media32081000
Ethylene polymer paints and varnishes dispersed or dissolved in non-aqueous media32082020
Other polymer paints and varnishes in water-soluble media based on fluororesin32099020
Semiconductor device packaging materials32141010
Laurel oil33012940
Iris33013010
Mixed spices and products for the production of beverages, ≤0.5%33021010
Perfume and toilet water33030000
Lip Cosmetics33041000
Eye cosmetics33042000
Finger (toe) cosmetics33043000
Powder, whether pressed or not33049100
Skin care and other beauty products33049900
Shampoo33051000
Perm33052000
Styling agent33053000
Other hair care products33059000
Washing soap34011100
Laundry soap34011910
Non-striped soap34012000
Textile material, leather and other material treatment agents without mineral oil34039100
Other dental products containing plaster34070020
Casein35011000
Unexposed imaging film37012000
PS version (pre-coated photosensitive version) (any side over 255mm)37013022
CTP version (over 255mm on either side)37013024
Other unexposed films and hard sheets for photoengraving (no more than 255 mm on either side)37019920
Unrolled X-ray photographic film in rolls37021000
Unexposed, dry photoresist film for the manufacture of printed circuit boards, widths > 610 mm, lengths > 200 m37024221
Unexposed, non-perforated film for photolithography, width > 610 mm, length > 200 m37024229
Red or infrared laser film, width > 610 mm, length > 200 m37024292
Other unexposed, perforated film, width > 610 mm, length > 200 m37024299
Unexposed photoresist dry film for the manufacture of printed circuit boards, 105mm37024422
Non-perforated unexposed film for photolithography, 105mm37024429
Other non-perforated unexposed film, 105mm37024490
Flushing of film and photo chemicals or unmixed products for photography37079010
Surface treated spheroidized graphite38019010
Turpentine, wood turpentine and turpentine38051000
Pine oil based on α terpineol38059010
Crude dipentene; sulfite turpentine and other crude p-isopropylphenylmethane; other terpenes oil38059090
Rosin38061010
Other goods listed in Note 38 of Chapter 3838086900
Other retail packaging insecticides38089119
Fungicide for retail packaging38089210
Herbicides for retail packaging38089311
Starch material finishing agent for textile, paper making, tanning and other industries38091000
2,2,4-Trimethyl-1,2-dihydroquinoline (TMQ) oligomer mixture38123100
Mixed alkylbenzenes and mixed alkyl naphthalenes38170000
Stearic acid for industrial use38231100
Oleic acid38231200
Other industrial monocarboxylic fatty acids; refined acid oils38231900
Industrial fatty alcohol38237000
Superplasticizer38244010
1,1,1-trichloroethane (methyl chloroform) containing methane, ethane, propane halogenated mixture38247600
Other mixtures containing halogenated derivatives of methane, ethane and propane38247900
Ethylene oxide containing mixtures and products38248100
Mixture containing more than 50% talc38249991
By-products of the chemical industry and related industries not listed in other tax items38259000
Biodiesel and mixtures thereof38260000

Plastics, Rubber, etc.

ItemHTS code
Polyisobutylene in primary form39022000
Primary shaped modified non-available polystyrene39031910
Other polystyrene in primary shape39031990
Primary shape styrene-acrylonitrile copolymer39032000
Modified acrylonitrile-butadiene-styrene copolymer of primary shape39033010
Other acrylonitrile-butadiene-styrene copolymer39033090
PVC paste resin39041010
Other vinyl chloride copolymers of primary shape39044000
Other primary forms of polyvinyl acetate39051900
Aqueous dispersion of vinyl acetate copolymer39052100
Other primary shapes of vinyl acetate copolymer39052900
Primary shape polymethyl methacrylate39061000
Polyacrylamide39069010
Polytetramethylene ether glycol39072010
Primary shape alkyd resin39075000
High viscosity polyethylene terephthalate chips39076110
Polyamide-6 slice39081012
Primary shape urea resin and urethane resin39091000
Poly(methylene phenyl isocyanate) (crude MDI, polymeric MDI)39093100
Other amino resins of other primary shapes39093900
Primary shape nitrocellulose39122000
Alkyd and salts and esters of primary shape39131000
Monofilaments, rods, rods, profiles and profiles made of ethylene polymers39161000
Vinyl chloride polymer profiles39162010
Monofilaments, rods, rods and profiles of vinyl chloride polymers39162090
Monofilaments, rods, rods and profile profiles made of polyamide39169010
Artificial casing made of hardening protein or cellulosic material39171000
Hard tube made of propylene polymer39172200
Floor coverings made of vinyl chloride polymer39181090
Capsule reflective film of width ≤ 20cm39191091
Other capsule reflective film39199010
Battery separator made of ethylene polymer39201010
Styrene polymer non-foam plastic sheet, sheet, film, foil, etc.39203000
Unsaturated polyester sheets, sheets, films, foils and strips39206300
Cellulose acetate sheets, sheets, films, foils and strips39207300
Plates, sheets, foils and strips of cellulose derivatives39207900
Foamed PVC artificial leather and synthetic leather39211210
Foamed polyvinyl chloride sheets, sheets, strips, foils and strips39211290
Foamed polyurethane artificial leather and synthetic leather39211310
Plastic bathtub, shower tray and sink39221000
Plastic reels, tweezers, tubes and similar articles39234000
Other household appliances and sanitary or toiletries39249000
Plastic enamels, cabinets, cans, barrels and similar containers39251000
Plastic products for office or school39261000
Other primary shapes of natural rubber40012900
Carbox styrene butadiene rubber latex40021110
Oil-filled styrene butadiene rubber40021912
Soluble styrene butadiene rubber without any processing40021915
Oil-filled polystyrene butadiene rubber40021916
Primary shape butadiene rubber40022010
Primary shape neoprene rubber40024910
Chloroprene rubber sheets, sheets, strips40024990
Nitrile rubber latex40025100
Isoprene rubber sheets, sheets, strips40026090
4001 Mixture of listed products with the products listed in this serial number40028000
Ointment extracted from oils40029990
Unvulcanized composite rubber solution and dispersion40052000
Tread-filled tire treads for refractory tires40061000
Vulcanized rubber thread and rope40070000
Pipes with attachments reinforced with or s40093200
Metal reinforced vulcanized rubber conveyor belts and strips40101100
Trapezoidal section V rib ring drive belt 60cm40103100
New pneumatic rubber tires for motorcycles40114000
Herringbone tread tire for agriculture and forestry vehicles40117010
Herringbone treads for construction, mining or industrial vehicles up to 61 cm in size40118011
Ring size over 61cm Herringbone tread tire for construction, mining or industrial vehicles40118012
Tires for construction, mining or industrial vehicles of up to 61 cm40118091
Other new pneumatic rubber tires40119090
Old pneumatic rubber tires for automobiles40122010
Used pneumatic rubber tires for other purposes40122090
Others with solid or semi-solid tyres40129090
Other rubber inner tubes40139090
Condom40141000
Vulcanized rubber surgical gloves40151100
Other gloves made of vulcanized rubber40151900
Other vulcanized rubber articles and accessories40159090
Eraser made of vulcanized rubber40169200
Vulcanized rubber ship or docking pad40169400
Hard rubber of various shapes40170010

Raw Hides and Skins

ItemHTS code
Unsliced ​​whole raw cowhide without reversal treatment41012019
Sheep or lamb hide with hair41021000
Other blue wet cowhide41041911
Full grain unsliced ​​or grained dry leather41044100
Other dry leather41044990
Blue wet pigskin41063110
Fully grained unsliced ​​whole cow leather41071110
Whole grain cow leather41071210
Others have been tidying up the whole cow leather41071990
Fully grained unsplit non-whole cow leather41079100
Unclear translation41079200
Others are not whole cow leather41079990
Unprocessed sheep or lamb leather41120000
Hairless goat or baby goat leather further processed41131000
Hairless pig leather with further processing41132000
Other hairless leather that has been further processed41139000
Patent leather and laminated patent leather; metallized leather41142000
Recycled leather41151000
Saddlery and harness for all kinds of animals42010000
Clothes box made of leather and recycled leather42021110
Other bags made of leather and recycled leather42021190
Handbag in leather or recycled leather42022100
Handbags made of plastic or textile materials42022200
Wallet in leather or recycled leather42023100
Other containers made of leather or recycled leather42029100
Other containers made of plastic or textile materials42029200
Clothing made of leather or recycled leather42031000
Leather or recycled leather for sports gloves42032100
Protective gloves made of leather or recycled leather42032910
Other gloves made of leather or recycled leather42032990
Leather or recycled leather belt42033010
Other accessories for leather or recycled leather42034000
Leather or recycled leather seat cover42050010
Leather or recycled leather products for machine, machine or other technical purpose42050020
Other untwisted, tailed, claw43019090
The entire mink skin that has not been sewn43021100
Unfurled precious fur43021910
Other furs not yet sewn43021990
Head, tail, claws and other pieces that have not been sewn43022000
Fur clothes43031010
Other articles made of fur43039000
Artificial fur products43040020

Wood and Articles of Wood

ItemHTS code
Non-coniferous wood chips or wood pellets44012200
Sawdust, wood waste and debris, unbonded44014000
Other charcoal, whether or not agglomerated44029000
Softwood logs treated with preservatives44031100
Pinus koraiensis and Pinus sylvestris var. mongolica with cross-section dimensions of 15 cm and above44032110
Larch logs, with a cross-section of 15 cm or more44032130
Other fir and spruce logs, cross-sections up to 15 cm44032400
Beech (Oak) logs44039100
Birch logs with a cross-section of 15 cm or more44039500
Poplar logs44039700
Beech logs44039800
Other unlisted temperate non-coniferous logs44039980
Other logs other than coniferous wood, tropical wood treated by other methods44039990
Wood and wood flour44050000
Longitudinal, slit, planed or rotary cut pine and pine wood with a thickness of more than 6 mm44071110
Longitudinal sawing, slitting, planing or rotary cutting of radiata pine wood with a thickness of more than 6 mm44071120
Longitudinal, slit, planed or cut-cut fir and spruce for thickness over 6 mm44071200
Teak wood, longitudinally sawing, slitting, planing or cutting, whether or not planed, sanded or end-joined Combined, thickness over 6 mm44072910
Bologna wood, longitudinally sawed, slitted, sliced ​​or cut, whether flattened, sanded or ended Bonding, thickness over 6 mm44072930
Other tropical wood timber, by longitudinal sawing, slitting, slicing or cutting, whether or not planed, Sanding or end jointing, thickness over 6 mm44072990
Oak ( oak) wood, longitudinally sawing, slitting, planing or cutting, whether or not planed, sanded Or end joints, thickness greater than 6 mm44079100
Phytosanaceae (beech) wood, longitudinally sawed, slitted, sliced ​​or cut, whether or not Flat, sanded or end joined, thickness over 6 mm44079200
Birch wood, longitudinally sawing, slitting, planing or cutting, whether or not planed, sanded or end-joined Combined, thickness over 6 mm44079600
Other mahogany wood, by longitudinal sawing, slitting, slicing or cutting, whether or not planed, sanded or end44079910
Other softwood veneers not exceeding 6 mm thick44081090
Other veneer veneer veneers not exceeding 6 mm in thickness44083119
Other veneer of tropical wood veneer of non-red liu Anmu, whether planed, sanded, spliced ​​or end Joint joint, thickness not exceeding 6 mm44083919
Other veneer of tropical wood, not tiling, whether flattened, sanded, spliced ​​or End joint, thickness not exceeding 6 mm44083990
Other temperate non-coniferous veneer veneers, whether planed, sanded, spliced ​​or end Bonding, thickness not exceeding 6 mm44089021
Other temperate non-coniferous wood, whether planed, sanded, spliced ​​or joined, thick44089091
Other non-coniferous wood made of continuous shape on either side, end or side (including unfilled44092990
Wooden particle board, whether or not bonded with resin or other organic binder44101100
Wood Oriented Strand Board (OSB), whether or not bonded with resin or other organic binders44101200
Other wooden similar panels (eg, waffle panels), whether or not resin or other organic binders44101900
Medium density wood fibreboard with a thickness not exceeding 5 mm, density exceeding 0.8 g per cubic centimeter, not44111211
Medium density wood fibreboard, more than 5 mm thick but not exceeding 9 mm, density exceeding cubic centimeters44111319
Medium density wood fibreboard with a thickness of more than 9 mm, density exceeding 0.8 g per cubic centimeter, machine44111419
Medium-density wood fibreboard with a thickness of more than 9 mm radiated, with a density exceeding every cubic centimeter44111421
Other medium-density wood fibre boards of more than 9 mm thickness, density exceeding 0.5 g per cubic centimeter,44111429
Other medium density wood fibreboards of more than 9 mm thickness, machined or covered44111499
Other wood fibreboard, density exceeding 0.8 g per cubic centimeter, not machined or covered44119210
Other wood fibreboard, density exceeding 0.8 g per cubic centimeter, machined or covered44119290
Other wood fibreboards, density exceeding 0.5 g per cubic centimeter, but not exceeding 0.8 per cubic centimeter44119390
Other wood fibreboards, density exceeding 0.35 g per cubic centimeter, but not exceeding 0.5 per cubic centimeter44119410
Other bamboo plywood made of slab, not exceeding 6 mm thick44121019
At least one of the surface layers is tropical wood, each layer not exceeding 6 mm thick, only made of thin wood44123100
The other at least one surface layer is the following non-coniferous wood: eucalyptus, ash, Cyclobalanopsis (beech)44123300
Other at least one surface layer is temperate non-coniferous wood (except for non-coniferous wood of subheading 4412.3300)44123410
Other at least one surface is non-coniferous not specified in subheadings 4412.3300 and 4412.341044123490
Other upper and lower layers are coniferous, each layer not exceeding 6 mm in thickness, only made of thin wood44123900
At least one surface is non-coniferous wood core plywood, side slat core plywood and lath core44129410
At least one other wooden veneer with non-coniferous wood44129910
Other wooden multi-layer boards44129999
Fortified wood in blocks, plates, strips or profiles44130000
Wooden boxes, boxes, crates, drums and similar packaging containers, cable reels44151000
Other wooden pallets, box pallets and other wooden pallets or other wooden pallets44152090
Other wooden tools, tool holders, tool holders, brooms and brushes, and wooden handles, and hoe44170090
Other wooden windows, French-style (floor) windows and wooden frames44181090
Wooden doors and their frames and sills44182000
Wooden columns and beams44186000
Other assembled multi-layer floors44187500
Other wood products for construction44189900
Woodcut figurines and other decorations44201011
Other wooden and bamboo figurines and other decorations44201090
Jewelry or knives wooden boxes and similar articles; non-floor wooden furniture44209090
Wooden hangers44211000
Bamboo round sticks, round bars, ice fruit sticks, tabs and similar disposable products44219110
Other unlisted wood products44219990
Granular or powdered cork (softwood, cork or cork)45019020
Natural cork stopper45031000
Blocks, plates, sheets, strips, solid cylinders, discs or pressed bricks of brick or tile of any shape45041000
Other pressed cork and its products45049000
Bamboo mats, mats and curtains46012100
Baskets and other products46021910
Baskets and other products, prepared from other plant materials46021990
Other products of non-plant braiding materials46029000
Other fibrous cellulose chemical pulp47069200

Paper and Paper Products

ItemHTS code
Rolled newsprint48010010
Sheets and other newsprint48010090
Other hand made paper and cardboard48021090
Photographic base paper48022010
Other uncoated paper and paper for writing, printing or similar purposes, weighing less than 40 grams per square metre. The board does not contain fibers obtained by mechanical or chemical-mechanical methods or contains the aforementioned fibers not exceed48025400
Weights of 40 grams and more per square meter, but not exceeding 150 grams, in the form of writing, printing or Other uncoated paper and paperboard for similar purposes, excluding mechanical or chemical-mechanical methods The obtained fiber or the aforemen48025500
Weight per square metre of 40 grams and above, but not exceeding 150 grams, in sheets, and unfolded48025600
Other writing, printing or class, weighing 40 g or more, but not exceeding 150 g.48025700
Sheets, and unfolded one side not exceeding 435 mm, the other side not exceeding 297 mm Other uncoated paper and paperboard for writing, printing or similar purposes, containing mechanical means or The mechanical-mechanical method produces more than 10% of48026200
Other uncoated paper and paperboard for writing, printing or similar purposes, containing mechanical means or Chemical-mechanical methods produce more than 10% of the total fiber weight48026900
Other corrugated base paper48051900
Tough cardboard with a weight of more than 150 grams per square meter48052500
Plant parchment48061000
Greaseproof paper48062000
Composite paper and cardboard in rolls or sheets48070000
Corrugated paper and cardboard, whether or not perforated48081000
Single or double coated kaolin or other inorganic materials in rolls or sheets (whether or not bonded)48109200
Multicolored coated paper of more than 150 grams per square metre of bleached in rolls or sheets paper48115110
Self-printed carbon paper48162000
Paper boxes, bags and clips with various paper stationery48173000
Paper bag with a bottom width of 40 cm and above48193000
Other paper bags, including tapered bags48194000
Paper containers, mail trays, storage boxes and the like used in paper offices, shops and similar places48196000
Paper exercise book48202000
Bobbins, reels, pulp, paper or cardboard (whether perforated or hardened) for textile yarns48221000
Other plates, plates, pots, cups and similar articles made of non-wooden pulp48236910
Pressed or molded pulp products48237000
Other flooring made of paper or cardboard48239010
Hand-painted design manuscripts for architectural, engineering, industrial, commercial, topographic or similar purposes; hand49060000
Other transfer decals (pattern paper for transfer printing)49089000
Printed calendars, including calendar cores49100000
Other printed matter of paper49119910

Textiles

ItemHTS code
Other mulberry silk ≥85%50072019
Other woven fabrics 绢 85%50072039
Other woven fabrics of yarn ≥ 85%50072090
Other woven fabrics, unbleached or bleached, <85%50079010
Silk <85% other woven fabric50079090
Uncombed fat-containing shearing wool51011100
Wool falling51031010
Carded wool yarn, not put up for retail sale51062000
Combed pure wool yarn for retail sale51071000
Combing and blended wool yarn for retail sale51072000
Carded yarn of not less than 85% by weight of cashmere51081011
Non-commercial carded yarns of 85% or less by weight of animal51081090
Non-commercial combed yarns of 85% or less by weight of animal fines51082090
Other wool yarn for retail sale51099090
Other animal hair content of 85% or more by weight, not more than 300 g per square meter51111119
Wool machine with a wool content of 85% or more and weighing not more than 300 g per square metre fabric51111190
Other animal fine hair content of 85% or more by weight, more than 300 g per square meter51111919
Woollen fabrics with a wool content of 85% or more and more than 300 gram per square metre51111990
Carded wool with synthetic filaments51112000
Carded wool fabric mixed with chemical staple fibres51113000
Carded woolen fabric blended with other fibres51119000
Weight ≤ 200g / square meter combed wool cloth51121100
Weight >200g/m2 combed full felt51121900
Blended wool fabric with synthetic filaments51122000
Combing with chemical fiber staple fiber51123000
Blended with other fibres51129000
Combed cotton52030000
Non-retail cotton sewing thread for retail sale52041100
Non-retail carded coarse cotton single yarn52051100
Cotton single yarn, non-retail carding52051200
Cotton single yarn, non-retail combed52052200
Non-retailed combed fine cotton single yarn52052400
Multi-strand yarn of cotton combed, not put up for retail sale52054300
Single yarn of blended cotton, not put up for retail52061200
Single yarn of combed cotton, not put up for retail sale52062300
Multiple or cabled yarn of mixed carded cotton52063100
Cotton yarn for retail sale52071000
Unbleached lightweight cotton plain fabric52081100
Unbleached lighter cotton plain weave52081200
Unbleached lightweight other cotton woven fabric52081900
Bleached lighter cotton plain weave52082200
Bleached lightweight other cotton woven fabric52082900
Dyed lightweight cotton plain weave52083100
Lighter cotton jersey with dyed52083200
Lightweight other cotton woven fabric dyed52083900
Yarn-dyed lighter cotton plain weave52084200
Lightweight cotton three or four-line twill52084300
Lightweight other cotton woven fabric52084900
Printed lightweight cotton plain weave52085100
Lighter cotton jersey52085200
Lightweight other cotton woven fabric52085990
Unbleached heavy cotton plain weave52091100
Unbleached heavy cotton three or four-line twill52091200
Unbleached heavy other cotton woven fabric52091900
Bleached heavy cotton plain weave52092100
Bleached heavy cotton three or four-line twill52092200
Heavy other cotton woven fabrics bleached52092900
Dyed heavy cotton plain weave52093100
Dyed heavy cotton three or four-line twill52093200
Dyed heavy other cotton woven fabric52093900
Yarn-dyed heavy cotton plain weave52094100
Yarn-dyed heavy cotton denim (labor cloth)52094200
Other three- or four-line twill woven fabric, including double-faced twill woven fabric52094300
Yarn-dyed heavy other cotton woven fabric52094900
Printed heavy cotton plain weave52095100
Printed heavy other cotton woven fabric52095900
Unbleached lightweight muslin mixed with man-made fibres52101100
Unbleached lightweight other cotton fabric blended with man-made fibres52101990
Lightweight muslin mixed with chemical fiber dyed52103100
Lightweight three- or four-line twill cotton dyed from man-made fibres52103200
Lightweight other cotton fabric blended with chemical fiber52103900
Lightweight jersey fabric blended with man-made fibres52104100
Lightweight three- or four-line twill cotton with chemical fiber blended yarn-dyed52104910
Lightweight other cotton fabric blended with man-made fibres52104990
Lightweight jersey with chemical fiber blended print52105100
Lightweight cotton fabric with synthetic fibres52105990
Unbleached heavy muslin mixed with man-made fibres52111100
Chemical fiber blend unbleached heavy three or four thread twill52111200
Heavy other cotton fabric blended with chemical fiber52112000
Heavy muslin mixed with chemical fiber dyed52113100
Heavy-duty three- or four-line twill cotton dyed from man-made fibres52113200
Heavy other cotton fabric dyed with chemical fiber52113900
Heavy woven cotton fabric blended with man-made fibres52114100
Heavy denim with chemical fiber blended yarn-dyed52114200
Other three- or four-line twill woven fabrics blended with man-made fibres, including double-faced twill woven fabric52114300
Heavy other cotton fabric with chemical fiber blended yarn-dyed52114900
Heavy woven cotton fabric with chemical fiber blended printing52115100
Other blended lightweight cotton fabric dyed52121300
Yarn-dyed other blended lightweight cotton cloth52121400
Other blended lightweight cotton fabric52121500
Other blended heavy cotton fabric, unbleached52122100
Other blended heavy cotton fabric dyed52122300
Yarn-dyed other blended heavy cotton fabric52122400
Other blended heavy cotton fabric52122500
Multi-strand yarn or cable53062000
Unbleached full linen woven fabric53091110
Other full linen woven fabric53091900
Unbleached blended linen woven fabric53092110
Other blended linen woven fabric53092900
Synthetic filament yarn for retail sale54011020
Filament high-strength yarns, of other aromatic polyamides, not put up for retail sale54021190
Polyamide-6 spun filament high-strength yarn, not put up for retail sale54021910
Polyamide-6,6 spun filament high-strength yarn, not put up for retail sale54021920
Filament high-strength yarns of other nylon or other polyamides, not put up for retail sale54021990
Non-retail polyester filament high strength yarn54022000
Fine elastic yarn of polyamide-6, not put up for retail sale54023111
Polyamide-6,6 spun fine stretch yarn, not put up for retail sale54023112
Other fine nylon elastic yarns not for retail sale54023119
Other fine nylon textured yarn, not put up for retail sale54023190
Other coarse nylon elastic yarn not for retail sale54023219
Non-retail polyester stretch yarn54023310
Other polyester textured yarns not put up for retail sale54023390
Polypropylene textured yarn for retail sale54023400
Other synthetic filament yarns, not put up for retail sale54023900
Elastic spandex yarn, untwisted or twisted, not exceeding 50 rpm54024410
Other single yarns of polyamide-6, not twisted or twisted, not exceeding 50 rpm.54024510
Other polyester yarn, untwisted or twisted, not exceeding 50 rpm54024700
Other polypropylene yarn, untwisted or twisted, not exceeding 50 rpm54024800
Twisted single yarn of polyamide-6, not put up for retail sale, s.54025110
Other polyester twisted single yarn, not put up for retail sale, s.54025200
Polypropylene twisted single yarn, not put up for retail sale, s.54025300
Multiple yarns of polycaprolactam (nylon-6), not put up for retail sale54026110
Polyamide-6,6 multi-strand yarn, not put up for retail sale54026120
Other nylon multi-strand yarn, not put up for retail sale54026190
Non-retail polyester multi-strand yarn54026200
Polypropylene yarn, not put up for retail sale54026300
Spandex multi-strand yarn, not put up for retail sale54026920
Multiple rayon filament yarn or cable, not put up for retail sale54034900
Nylon or other polyamide high-strength yarn woven fabric54071010
Polyester high strength yarn woven fabric54071020
Plain nylon cloth, unbleached or bleached54074100
Dyed pure nylon cloth54074200
Yarn-dyed pure nylon fabric54074300
Printed nylon cloth54074400
Unbleached or bleached pure polyester textured filament fabric54075100
Dyed pure polyester textured filament fabric54075200
Yarn-dyed pure polyester textured filament fabric54075300
Printed pure polyester textured filament fabric54075400
Other pure polyester non-deformed filament fabric54076100
Other pure polyester filament fabric54076900
Unbleached or bleached other pure synthetic filament fabric54077100
Other pure synthetic filament fabric dyed54077200
Yarn-dyed other pure synthetic filament fabric54077300
Other pure synthetic filament fabric54077400
Unblended or bleached cotton-blend synthetic filament fabric54078100
Dyed and cotton blended synthetic filament fabric54078200
Yarn-dyed and cotton-blend synthetic filament fabric54078300
Other blended synthetic filament fabrics, not bleached or bleached54079100
Other blended synthetic filament fabrics dyed54079200
Other blended synthetic filament fabric54079400
Unbleached or bleached woven fabric of viscose filaments54082110
Unbleached or bleached woven fabric of other artificial filaments54082190
Pure viscose filament dyeing woven fabric54082210
Other artificial filament dyeing woven fabrics54082290
Pure viscose filament yarn woven fabric54082310
Other artificial filament yarn looms54082390
Dyed human filament yarn blended fabric54083200
Yarn-dyed human filament yarn blended fabric54083300
Printed man’s filament blended fabric54083400
Nylon or other polyamide filament tow55011000
Polyacrylonitrile filament tow55013000
Other synthetic filament tow55019000
Uncombed poly(m-phenylene isophthalamide) spun synthetic staple fiber55031110
Unblended other aromatic polyamide spun synthetic staple fibers55031190
Uncombed polyester staple fiber55032000
Uncombed polyacrylonitrile synthetic staple fiber55033000
Uncombed polypropylene staple fiber55034000
Unblended fiber staples made of polyphenylene sulfide55039010
Other undyed synthetic staple fibers55039090
Other uncombed viscose staple fibers55041090
Other rayon staple fibers, uncombed55049000
Comb poly-m-phenylene isophthalamide fiber staple fiber55061011
Combed nylon or other polyamide staple fibers55061090
Combed polyester staple fiber55062000
Combed rayon staple fiber55070000
Sewing thread spun from synthetic staple fibers55081000
Non-retailed pure nylon staple fiber multi-strand yarn55091200
Single yarn of polyester staple fibers not put up for retail sale55092100
Multi-strand yarn of polyester staple fibers, not put up for retail sale55092200
Multi-strand yarn of pure polyacrylonitrile staple fibers, not put up for retail sale55093200
Multiple other synthetic staple fibers, not put up for retail sale55094200
Polyester staple yarn of non-retail and man-made staple fibers55095100
Non-retail and wool blended polyester staple yarn55095200
Non-retail and cotton blended polyester staple yarn55095300
Non-retail and wool blended acrylic staple yarn55096100
Non-retailed rayon staple fibers55101200
Non-retail and wool blended rayon staple yarn55102000
Blended synthetic staple fibre yarn for retail sale55112000
Pure polyester cloth not bleached or bleached55121100
Other pure polyester fabric55121900
Other synthetic fabrics, not bleached or bleached55129100
Other pure synthetic fabric55129900
Lightweight polyester jersey with cotton blended dyed55132100
Other lightweight polyester fabrics mixed with cotton55132390
Lightweight synthetic fabrics, blended with cotton55132900
Lightweight polyester jersey with cotton-dyed yarn-dyed55133100
Heavy polyester plain weave bleached with cotton55141120
Blend of other synthetic fibers, unbleached or bleached, with cotton55141990
Heavy polyester plain weave dyed with cotton55142100
Heavy polyester twill with cotton blended dyed55142200
Other heavy polyester fabrics mixed with cotton55142300
Heavy other synthetic fabrics dyed with cotton55142900
Heavy polyester plain weave with cotton blended yarn55143010
Heavy other synthetic fabrics, blended with cotton55143090
Polyester fabric blended with viscose staple fibers55151100
Polyester fabric blended with chemical filaments55151200
Polyester fabric blended with wool55151300
Polyester fabric blended with other fibers55151900
Acrylic fabric blended with other fibers55152900
Other synthetic staple fibre fabrics blended with chemical fibre filaments55159100
Pure rayon staple fabric, unbleached or bleached55161100
Yarn-dyed rayon staple fiber cloth55161300
Printed rayon staple fiber cloth55161400
Dyed rayon fabric blended with chemical filaments55162200
Yarn-dyed rayon fabric blended with wool55163300
Unbleached or bleached rayon fabric blended with cotton55164100
Dyed rayon fabric blended with cotton55164200
Dyed rayon fabric blended with other fibers55169200
Yarn-dyed rayon fabric blended with other fibers55169300
Printed rayon fabric blended with other fibers55169400
Cotton batt and other batt products56012100
Fleece and other batt products of other materials56012900
Other felts not impregnated or coated56022100
≤25g per square meter impregnated filament yarn non-woven fabric56031110
Other chemical fiber filament nonwoven fabrics, ≤ 25g per square meter56031190
Other nonwoven fabrics, ≤ 25g per square meter56039190
Metal yarn containing56050000
Thick spiral spiral flower line (except for goods of tax item 5605 and horsehair coarse spiral thread); chenille thread56060000
Other articles made of yarn, flat strips, ropes, cords and cables56090000
Wool-knotted woven carpets and other flooring products57011000
Silk knotted woven carpet and floor coverings57019020
Kellymand other hand-woven carpets
Unfinished chemical fiber piled carpets and flooring products57023200
Chemical fiber piled carpets and flooring products57024200
Wool non-woven piles and flooring products57029100
Chemical fiber non-raised carpet and flooring products57029200
Other non-woven fabrics and flooring products made of other textile materials57029900
Other chemical fiber tufted carpets and other tufted flooring products57033000
Wool pile fabric and chenille fabric58011000
Cut pile of cotton corduroy58012200
Cotton uncut velvet fabric (rib fabric)58012710
Cotton woven piled pile fabric58012720
Chemical fiber woven weft fabric without cut pile58013100
Cut pile of chemical fiber corduroy58013200
Other chemical fiber weft fabrics58013300
Wool and chenille fabrics of silk and silk58019010
Fleece fabrics and chenille fabrics of other materials58019090
Chemical fiber tufted fabric58023040
Cotton mesh gauze and other mesh fabrics58041020
Chemical fiber mesh gauze and other mesh fabrics58041030
Chemical fiber mechanism lace58042100
Cotton lace58042920
Cotton or linen narrow pile fabrics and chenille fabrics58061010
Narrow fabrics with elastic yarns ≥5%58062000
Other narrow woven fabrics, of cotton58063100
Other narrow woven fabrics, of other materials58063990
Woven non-embroidered textile material labels, badges, etc.58071000
Threading58081000
Non-embroidered decorative straps, tassels, pompons58089000
Embroidery without a base fabric58101000
Chemical fiber fabrics58109200
Other textile materials, see the bottom fabric embroidery58109900
Chemical fiber textile coated with glue or starch59011020
Made of canvas59019010
Cotton or linen tracing cloth, hard lining in caps, etc.59019091
Other textile fabric tracing cloth, hard lining in caps, etc.59019099
Polyester-6 (nylon-6) cord fabric59021010
Cord fabric made of polyamide-6,6 (nylon-6,6)59021020
Other cord fabrics made of nylon and other high-strength yarns59021090
Viscose fiber high-strength yarn cord fabric59029000
Artificial leather impregnated and coated with polyvinyl chloride59031020
Artificial leather impregnated with polyurethane59032020
Other textiles impregnated and coated with polyurethane59032090
Rubber coated rubber tape with width ≤ 20cm59061010
Knitted or crocheted textiles treated with rubber59069100
Rubber-treated wide other insulating cloth or tape59069910
Insulating cloth or tape impregnated with other materials59070010
Other knitted fabrics, such as rubberized fabrics, and woven fabrics59111090
Knitted or crocheted plush fabric60011000
Cotton knit or crocheted pile pile fabric60012100
Cotton knit or crocheted pile fabric60019100
Chemical fiber knitted or crocheted pile fabric60019200
Other fabric knitted or crocheted pile fabric60019900
Knitted or crocheted fabric of synthetic fibers with rubber thread ≤ 3060029030
Threaded or crocheted fabric of other textile materials, ≤ 30cm60029090
Width ≤ 30cm Other cotton knit, crocheted fabric60032000
≤30cm wide, knitted or crocheted fabric made of synthetic fiber60033000
Width > 30cm, elastic yarn ≥ 5% cotton knit, crochet60041010
Width > 30cm, elastic yarn ≥ 5% synthetic fiber knitted, crocheted fabric60041030
Knitted, crocheted fabric of elastic yarn ≥5% man-made fibers, width > 30cm60041040
Width > 30cm, elastic yarn ≥ 5% other textile materials knitted, crocheted60041090
Width >30cm cotton knit, crocheted fabric with rubber thread60049010
Width > 30cm Knitted or crocheted fabric of synthetic fibers with rubber thread60049030
Knitted, crocheted fabric of man-made fibers, s.60049040
Widths > 30cm Knitted, crocheted fabrics of other textile materials with rubber thread60049090
Captions of the synthetic fibers for antimalarial webs60053500
Other warp knitted fabrics of dyed synthetic fibers60053700
Other warp knitted fabrics of other yarn-dyed synthetic fibers60053800
Other warp knitted fabrics of dyed man-made fibers60054200
Other warp knitted fabrics of yarn-dyed man-made fibers60054300
Other textile materials warp knitted fabric60059090
Other knitted or crocheted fabrics of wool or fine animal hair60061000
Other knitted or crocheted fabrics, unbleached or bleached60062100
Other knitted or crocheted fabrics of dyed cotton60062200
Other knitted or crocheted fabric of yarn-dyed cotton60062300
Other knitted or crocheted fabrics, of cotton60062400
Other knitted or crocheted fabrics of unbleached or bleached synthetic fibers60063100
Other knitted or crocheted fabrics of dyed synthetic fibers60063200
Other knitted or crocheted fabric of yarn-dyed synthetic fibers60063300
Other knitted or crocheted fabrics, of synthetic synthetic fibers60063400
Other knitted or crocheted fabrics of dyed man-made fibers60064200
Other knitted or crocheted fabric of yarn-dyed rayon60064300
Knitted or crocheted fabrics not listed60069000

Apparel

ItemHTS code
Cotton knit or crocheted men’s overcoats, windbreakers61012000
Man-made knit or crocheted men’s coats, windbreakers61013000
Men’s or girls’ overcoats, windbreakers, knitted or crocheted, of other textile materials61019090
Cotton knit or crocheted women’s coats, windbreakers61022000
Women’s or girls’ overcoats, windbreakers, knitted or crocheted61023000
Men’s or boys’ jackets, knitted or crocheted61033100
Cotton knit or crocheted men’s shirt61033200
Knitted or crocheted men’s shirts, of synthetic fibers61033300
Men’s or girls’ shirts, knitted or crocheted, of other textile materials61033900
Men’s or boys’ trousers, knitted or crocheted61034100
Cotton knit or crocheted men’s trousers61034200
Men’s or boys’ trousers, knitted or crocheted61034300
Men’s or boys’ trousers, knitted or crocheted, of other textile materials61034900
Cotton knit or crocheted women’s casual wear61042200
Woolen knitted blouse61043100
Cotton knit blouse61043200
Women’s jersey with synthetic fibers61043300
Knitted blouses, of other textile materials61043900
Wool knitted or crocheted dress61044100
Cotton knit or crocheted dress61044200
Knitted or crocheted dress of synthetic fibers61044300
Knitted or crocheted dress61044400
Knitted or crocheted dresses of other textile materials61044900
Wool knitted or crocheted skirts and skirts61045100
Cotton knit skirt and culottes61045200
Knitted or crocheted skirts and culottes, of synthetic fibers61045300
Knitted or crocheted skirts and skirts of other textile materials61045900
Knitted or crocheted trousers61046100
Cotton knit or crocheted pants61046200
Knitted or crocheted trousers, of synthetic fibers61046300
Knitted or crocheted trousers, of other textile materials61046900
Cotton knit or crocheted men’s shirt61051000
Knitted or crocheted men’s shirts, of chemical fibers61052000
Knitted or crocheted men’s shirts, of other textile materials61059000
Cotton knit or crochet blouse61061000
Chemical fiber knitted or crocheted blouse61062000
Knitted or crocheted blouses, of other textile materials61069000
Cotton knit or crocheted men’s underwear61071100
Knitted or crocheted men’s underwear, of other textile materials61071990
Knitted or crocheted men’s bathrobes and dressing gowns61079910
Knitted or crocheted men’s bathrobes, dressing gowns, of other textile materials61079990
Cotton knit or crocheted briefs and panties61082100
Women’s or girls’ briefs and panties, knitted or crocheted, of …61082200
Cotton knit or crocheted pajamas and sleepwear61083100
Women’s or girls’ pajamas and pajamas, knitted or crocheted, …61083200
Women’s or girls’ bathrobes and dressing gowns, knitted or crocheted, of cotton61089100
Women’s or girls’ bathrobes and dressing gowns, of synthetic fibers61089200
Cotton knit or crocheted T-shirts, undershirts61091000
Knitted or crocheted T-shirts and undershirts, of silk and silk61099010
Knitted or crocheted T-shirts, undershirts, of other textile materials61099090
Wool knitted or crocheted pullover61101100
Other goat fine knit or crochet pullover61101910
Other knitted or crocheted pullovers61101990
Cotton knit or crochet pullover61102000
Chemical fiber knitted or crocheted pullover61103000
Knitted or crocheted pullovers made of silk and silk61109010
Knitted or crocheted pullovers of other textile materials61109090
Cotton knit or crocheted baby clothing and accessories61112000
Knitted or crocheted baby garments and accessories61113000
Cotton knit or crocheted sportswear61121100
Knitted or crocheted sportswear in synthetic fibers61121200
Knitted or crocheted sportswear, of other textile materials61121900
Women’s or girls’ swimsuits, knitted or crocheted, of synthetic fibers61124100
Women’s or girls’ swimsuits, knitted or crocheted, of other textile materials61124900
Coated knitted or crocheted garments61130000
Other fabrics knitted or crocheted, of cotton61142000
Other clothing made of chemical fiber knitted or crocheted61143000
Other clothing, knitted or crocheted61149010
Other clothing, knitted or crocheted, of other textile materials61149090
Thin silk fabric of pantyhose61152100
Thick synthetic silk pantyhose61152200
Knitted tights and tights, of other textile materials61152990
Women’s stockings and stockings with a fineness of 67 dtex or less61153000
Cotton knit or crocheted socks and other hosiery61159500
Knitted or crocheted socks and other hosiery, of synthetic fibers61159600
Plastic or rubber-impregnated knitted or crocheted gloves61161000
Other knitted or crocheted gloves, of synthetic fibers61169300
Cashmere headband, scarf61171011
Other animal hair hoods, scarves61171019
Headbands and scarves made of wool61171020
Other headscarves and scarves61171090
Knitted or crocheted tie and bow tie61178010
Knitting or crocheting of other clothing accessories61178090
Other knitted or crocheted clothing parts61179000
Men’s down jacket made of chemical fiber62011310
Man’s coat, cloak, man-made62011390
Men’s or boys’ overcoats, capes, of other textile materials62011900
Men’s hooded jacket with cold hood and windbreaker62019100
Men’s other down jackets, of cotton62019210
Men’s hooded jacket with cotton hood and windbreaker62019290
Men’s other down jackets made of chemical fiber62019310
Men’s winter jackets and windbreakers62019390
Men’s winter jackets, windbreakers, of other textile materials62019900
Women’s down jacket made of chemical fiber62021310
Women’s coats, cloaks, of man-made fibers62021390
Women’s or girls’ overcoats and cloaks, of other textile materials62021900
Women’s hooded jacket with cold hood and windbreaker62029100
Women’s hooded jacket with cotton hood and windbreaker62029290
Women’s other down jackets made of chemical fiber62029310
Women’s hooded hooded jacket with thermal fibers, windbreaker62029390
Women’s or girls’ hooded jackets, of other textile materials62029900
Men’s suits, of other textile materials62031990
Men’s Men’s Casual Wear Set62032200
Men’s Casual Wear Set62032300
Men’s shirts, cotton62033200
Men’s shirts, synthetic62033300
Men’s shirts, silk and silk62033910
Men’s or boys’ jackets, of other textile materials62033990
Men’s trousers, overalls, etc.62034100
Men’s or boys’ trousers and overalls, of cotton62034290
Men’s or boys’ trousers and overalls62034390
Men’s or boys’ trousers and overalls, of other textile materials62034990
Women’s blouse, cotton62043200
Women’s blouse with synthetic fibers62043300
Women’s tops made of silk and silk62043910
Women’s tops, of other textile materials62043990
Woolen dress62044100
Cotton dress62044200
Women’s dress with synthetic fiber62044300
Women’s silk women’s dress62044400
Silk and silk dress62044910
Dresses of other textile materials62044990
Woolen skirts and culottes62045100
Cotton skirt and skirt62045200
Synthetic skirts and culottes62045300
Silk and silk skirts and culottes62045910
Women’s skirts and skirts, of other textile materials62045990
Women’s trousers and overalls62046100
Women’s trousers and overalls, of cotton62046200
Women’s trousers and overalls made of synthetic fibers62046300
Women’s trousers and overalls, of other textile materials62046900
Cotton men’s shirt62052000
Men’s shirt made of chemical fiber62053000
Men’s shirts made of silk and silk62059010
Woolen shirts62059020
Men’s shirts, of other textile materials62059090
Women’s and women’s shirts, silk and silk62061000
Woolen blouse62062000
Cotton blouse62063000
Chemical fiber blouse62064000
Cotton men’s underwear62071100
Men’s long nightgowns and sleepwear62072100
Men’s bathrobes and dressing gowns, of cotton62079100
Men’s bathrobes and dressing gowns62079920
Chemical fiber long slips and slips62081100
Women’s pajamas and sleepwear in cotton62082100
Women’s pajamas and sleepwear made of chemical fibers62082200
Women’s pajamas and sleepwear made of silk and silk62082910
Women’s vest, underwear, cotton62089100
Women’s vests, underwear, man-made62089200
Women’s vests, underwear, of other textile materials62089990
Cotton baby clothes and accessories62092000
Baby clothes and accessories for synthetic fibers62093000
Cotton or linen felt or non-woven clothing62101020
Men’s coats of fabric treated with plastics, rubber, etc.62102000
Other men’s clothing made of fabrics treated with plastics, rubber, etc.62104000
Other women’s clothing made of fabrics treated with plastics, rubber, etc.62105000
Men’s swimming suit62111100
Women’s swimming suit62111200
Ski clothing, of other textile materials62112090
Men’s sportswear, cotton62113220
Men’s Arab gown made of chemical fiber62113310
Men’s sportswear, man-made62113320
Other men’s clothing, of chemical fibers62113390
Men’s or boys’ sportswear and other clothing62113920
Men’s sportswear, of other textile materials62113990
Women’s sportswear, cotton62114210
Women’s or girls’ other cotton clothing62114290
Women’s sportswear, chemical fiber62114310
Other women’s clothing made of chemical fiber62114390
Women’s sportswear, silk and silk62114910
Women’s sportswear, of other textile materials62114990
Chemical fiber bra62121010
Bras of other textile materials62121090
Chemical fiber belts and belts62122010
Belts and belts, of other textile materials62122090
Chemical fiber corset62123010
Corsets, of other textile materials62123090
Chemical fiber suspenders, garters62129010
Other cotton handkerchiefs62132090
Handbags made of other textile materials62139090
Synthetic shawl and headscarf62143000
Shakers, headscarves, of other textile materials62149000
Tie and bow tie made of silk and silk62151000
Chemical fiber tie and bow tie62152000
Ties and bow ties from other textile materials62159000
Non-knit non-crocheted gloves62160000
Non-knit non-crocheted socks and socks62171010
Non-knitted, non-crocheted clothing or accessories62171090
Non-knitted, non-crocheted clothing or clothing parts62179000

Footwear

ItemHTS code
Ski boots with rubber and plastic bottoms and faces64021200
Other sports boots, rubber and plastic bases and surfaces64021900
Rubber and plastic shoes embellished with shoe noodle strips on the sole64022000
Other rubber and plastic boots64029100
Other rubber and plastic footwear for rubber uppers64029910
Other rubber and plastic footwear for plastic uppers64029929
Other sports footwear with leather uppers64031900
Short leather boots with a small leather outsole leather lower than the calf64035111
Short boots with large leather outsole leather lower than the calf64035119
Other large size leather outsole leather short boots64035199
Leather outsole leather upper boots64035900
Other short leather boots with lower leather lower than the calf64039111
Other short-legged boots with smaller leather lower than the calf64039119
Other small size leather face short boots64039191
Other large size leather face short boots64039199
Other footwear for leather facing64039900
Sports footwear with uppers made of textile materials64041100
Slippers made of rubber or plastic outsole64041910
Other footwear for the uppers of textile materials64041990
Other footwear for textile materials64052000
Footwear made of rubber, plastic, leather and other materials made from recycled leather outsole64059010
Other materials made of other materials, outsole, footwear64059090
Upper and parts thereof, except hard lining64061000
Rubber outsole and heel64062010
Plastic outsole and heel64062020
Movable insole, heel pad and similar64069091
Leggings, leggings and similar parts and parts thereof64069092

Other Textiles

ItemHTS code
Cotton blankets and travel blankets63013000
Synthetic blankets and travel blankets63014000
Blankets and travel blankets, of other textile materials63019000
Cotton printed sheets63022110
Cotton printed bed fabrics63022190
Fabric fabrics for chemical fiber printing63022290
Silk and silk fabric printed bed fabrics63022910
Other cotton sheets63023191
Other cotton bed products63023199
Other bed linen articles, of linen embroidery63023921
Other tablecloth fabrics, of cotton63025190
Other tablecloth fabrics made of chemical fiber63025390
Cotton bath towel63026010
Cotton wash and kitchen towel fabric63026090
Other cotton and kitchen products, of cotton63029100
Other sanitary and kitchen fabric products made of chemical fiber63029300
Cotton non-woven non-crocheted curtains63039100
Non-woven non-crocheted curtains of other textile materials63039900
Non-hand knitted bed cover63041129
Non-woven non-crocheted bed covers made of cotton or linen63041929
Other decorative articles, not hand-knitted63049129
Cotton other non-knitted, non-crocheted embroidery products63049210
Cotton goods bags63052000
Soft goods storage and transportation soft bags made of chemical fiber63053200
Other goods bags made of polyethylene or polypropylene flat strips63053300
Other textile material packaging bags63059000
Synthetic fabrics, canopies and awnings63061200
Synthetic tent63062200

Stone, Plaster, Cement, etc.

ItemHTS code
Simple cutting and with a flat marble and products68022110
Marble, travertine and wax stone68029110
Other marble, travertine and wax stone and products68029190
Other processed granite and products68029390
Stone carvings made of other stone68029910
Other processed stone and products68029990
Other stone grinding, stone grinding and similar products made of other adhesive abrasives or ceramics68042290
Rolls of bitumen or similar raw materials68071000
Other shapes of bitumen or similar raw materials68079000
Panels, plates, tiles, bricks and similar articles68080000
Only paper veneers or reinforced unfinished plasterboard, sheets, bricks, tiles and the like68091100
Other gypsum products68099000
Artificial stone bricks, tiles, flat stones and the like68101910
Other bricks, tiles, flat stones and similar articles made of cement or concrete68101990
Other products made of cement, concrete or artificial stone68109990
Other sheets, boards, bricks, tiles and similar articles containing asbestos68114020
Other sheets, sheets and similar products made of asbestos-free cellulose cement or similar materials68118200
Other products not containing asbestos68118990
Other clothing made of asbestos or asbestos68129100
Asbestos-free brake linings, brake pads68138100
Adhesive or replica mica plates, sheets, strips68141000
Other processed mica and its products68149000
Products containing magnesite, dolomite or chromite68159100
Basalt fiber and its products68159940
Siliceous fossil powder or bricks, blocks, tiles and other ceramics similar to silica69010000
Other refractory bricks, blocks, tiles and similar refractory ceramic building materials69029000
Other veneer or tile with water absorption ≤0.5% by weight69072190
0.5% by weight < water absorption ≤ 10% and its maximum surface area with a side length of <7 cm69072210
Other veneer, tile, 0.5% by weight < ≥ 10% water absorption69072290
Other veneer, tile, with water absorption >10% by weight69072390
Other facing ceramics69074090
Porcelain washbasin, bathtub and similar fixed sanitary equipment69101000
Ceramic washbasins, bathtubs and similar fixtures69109000
Bone china tableware69111011
Other porcelain tableware69111019
Other porcelain kitchen appliances69111029
Other household or washing porcelain69119000
Ceramic tableware69120010
Ceramic kitchen appliances69120090
Porcelain figurine and other decorative porcelain products69131000
Ceramic statues and other decorative ceramics69139000
Unprocessed glass ball70021000
Waveguide quartz glass tube for optical fibers70023110
Cast, rolled colored non-wired glass sheets, sheets70031200
Drawn and blown colored glass sheets, sheets70042000
Wire float or polished glass plates, sheets70053000
Glass of taxation 7003-7005 not framed or assembled with other materials70060000
Other tempered safety glass70071900
Other laminated safety glass70072900
Other multi-layer insulation and acoustic glass components70080090
Other framed glass mirrors70099200
Glass ampoules70101000
Glass stoppers, caps and similar sealers70102000
Volume ≥ 1 liter of bulk containers for shipment or preservation70109010
Glass containers of volume exceeding 0.15 liters but not exceeding 0.33 liters for shipment or storage70109030
Glass extra small containers for containers or for storage up to 0.15 liters70109090
Unsealed glass casing and glass parts for electric lamps70111000
Glass ceramics for dining tables, kitchens, bathrooms, offices, interiors or similar70131000
Lead crystal glass goblet70132200
Other glass goblets70132800
Other cups made of lead crystal70133300
Other glasses70133700
Lead crystal glass dining table, kitchen utensils70134100
Other glass dining tables, kitchen utensils70134900
Other lead crystal glassware70139100
Other glassware70139900
Optical element blanks for optical instruments70140010
Other optical glass elements and glass optics not optically processed70140090
Watch glass70159010
Other unprocessed glass of heading 701570159090
Glass mosaics and other small pieces of glass for inlays or similar decorations70161000
Floral lead glazing and similar articles70169010
Glass beads, imitation pearls, imitation stones, etc.70181000
Glass beads not exceeding 1 mm in diameter70182000
Glass fiber roving70191200
Glass filament plain fabric with a width of more than 30 cm, weighing not more than 250 g per square meter, single70195200
Conductive glass70200011

Precious, Semi-Precious Stones, etc.

ItemHTS code
Other processed cultured pearls71012290
Industrial diamonds, unprocessed or simply processed71022100
Other industrial diamonds71022900
Unprocessed or simply processed non-industrial diamonds71023100
Other non-industrial diamonds71023900
Unprocessed or semi-precious stones71031000
Other processed rubies, sapphires, emeralds71039100
Crystal71039920
Other gemstones or semi-precious stones processed by other71039990
Piezoelectric Quartz71041000
Unprocessed or reconstituted with other precious or semi-precious stones71042090
Industrial sapphire71049012
Other non-industrial synthetic other gems or semi-precious stones71049099
Natural or synthetic gemstone or semi-precious stone powder71059000
Non-flaky silver powder with an average particle size of less than 3 microns71061011
Unwrought silver with a purity of 99.99% or more71069110
Other unwrought silver71069190
Semi-finished silver with a purity of 99.99% and above71069210
Non-monetary semi-finished gold71081300
Gold-coated materials based on base metal or silver71090000
Unwrought or powdered platinum71101100
Plate, flake platinum71101910
Unwrought or powdered palladium71102100
Unwrought or powdered71103100
Board, sheet rhodium71103910
Unwrought or powdered rhodium, osmium, ruthenium71104100
Plates, flakes, enamel, enamel71104910
Other semi-finished iridium, osmium, ruthenium71104990
Platinum-plated material based on base metal, silver or gold71110000
Other silver jewelery and parts thereof71131190
Other precious metal jewelery with diamonds and parts thereof71131991
Other precious metal jewelery and parts thereof71131999
Precious metal jewelery in base metal with diamonds71132010
Other precious metal jewelery based on base metal71132090
Other precious metal gold and silver parts and parts71141900
Natural or cultured pearl products71161000
Gemstone or semi-precious stones71162000
Cufflinks and buckles in enamel metal71171100
Other imitation jewelery made of base metal71171900
Imitation jewelery of unlisted materials71179000

Base Metals, and Articles of Base Metals

ItemHTS code
Alloy pig iron, mirror iron72015000
Ferromanganese, carbon content ≤ 2%72021900
Ferrosilicon, silicon content >55%72022100
Ferrochrome, carbon content ≤ 4%72024900
Nickel iron72026000
Ferrotitanium and titanium ferrotitanium72029100
Ferrovanadium containing 75% or more by weight of vanadium72029210
NdFeB magnetic powder72029912
Iron products directly reduced from iron ore72031000
Pig iron, mirror iron and steel pellets72051000
Iron and non-alloy steel ingots72061000
Steel billet of rectangular section with width < twice the thickness, C<0.25%72071100
Other billets with carbon content <0.25%72071900
Rolled embossed hot rolled coil72081000
Thickness ≥ 4.75mm Other pickled hot rolled coil72082500
Other 3mm≤Thickness <4.75mm Other pickled hot rolled coil72082690
Other pickled hot rolled coils of thickness <1.5 mm72082710
Other pickled hot rolled coils of other thickness <3mm72082790
Other hot rolled coils of thickness <1.5mm72083910
Other hot rolled coils of other thickness <3mm72083990
Other hot rolled non-coil, thickness >50mm72085110
Other hot rolled non-rolled sheets of thickness > 20 mm but not exceeding 50 mm72085120
Other hot rolled non-coil, other thickness > 10mm72085190
4.75mm ≤ thickness ≤ 10mm hot rolled non-coil72085200
Hot rolled non-coil with thickness <1.5mm72085410
Other hot rolled non-coil of thickness <3mm72085490
Other hot rolled iron or non-alloy steel wide flat rolled products72089000
Other cold rolled coils of thickness ≥ 3mm72091590
Cold rolled coils with yield strengths greater than 275 N/mm2, 1 mm < thickness < 3 mm72091610
Other cold rolled coils of 1 mm < thickness < 3 mm72091690
Cold rolled coils with yield strengths greater than 275 N/mm2, 0.5 mm ≤ thickness ≤ 1 mm72091710
Other cold rolled coils of 0.5 mm ≤ thickness ≤ 1 mm72091790
Other cold rolled coils of thickness <0.5mm72091890
Cold rolled non-coiled material of 0.5 mm ≤ thickness ≤ 1 mm72092700
Cold rolled non-coil with thickness <0.5mm72092800
Other cold rolled iron or non-alloy steel wide flat rolled products72099000
Galvanized iron or non-alloy steel wide sheet72103000
Other wrought iron or non-alloy steel wide plates galvanized72104900
Chrome-plated ferrous or non-alloy steel wide sheet72105000
Iron-wide flat sheet material plated or coated with aluminum-zinc alloy72106100
Other plated or aluminized iron wide flat rolled products72106900
Iron or non-alloy steel having a thickness of less than 1.5 mm, painted or coated, having a width of 600 mm or more72107010
Other lacquered or coated iron or non-alloy steel wide flat rolled products72107090
Cold rolled other iron or non-alloy steel narrow plates72112900
Hot working of strips and rods with rolled patterns72142000
Hot-working free-cutting steel bars and rods72143000
Hot processing of other bars and rods72149900
Cold-processed other free-cutting steel bars and rods72151000
Other bars or rods for cold or cold forming72155000
Other bars and rods of iron and non-alloy steel72159000
Section height <80mmU steel72161090
Hot working section height <80mm angle steel72162100
Hot working section height <80mm T-shaped steel72162200
Hot working section height ≥80mm channel steel72163100
I-beams with a section height of more than 200 mm72163210
Other hot working section height ≥ 80mm I-beam72163290
Other H-shaped steel with 200mm72163319
Other H-shaped steel with 80mm≤section height≤200mm72163390
Hot working section height ≥ 80mm angle steel72164010
Hot working other angles, profiles and profiles72165090
Cold-working other angles, profiles and profiles72166900
Cold-working of other sheet angles, profiles and profiles72169100
Uncoated or coated iron or non-alloy steel wire72171000
Plated or galvanized iron or non-alloy steel wire72172000
Plated or copper coated wire and non-alloy wire72173010
Wire and non-alloy steel wire plated or coated with other base metals72173090
Semi-finished stainless steel with rectangular cross section72189100
Other stainless steel semi-finished products72189900
Thickness >10mm Hot rolled stainless steel wide coil72191100
4.75mm≤thickness ≤10mm hot rolled stainless steel wide coil72191200
Other stainless steel wide rolls, not soaked, 3 mm or more but less than 4.75 mm72191319
Other pickled stainless steel wide coils of 3 mm or more but less than 4.75 mm thick72191329
Other stainless steel wide coils, not pickled, less than 3 mm thick72191419
4.75mm≤thickness ≤10mm hot rolled stainless steel plate72192200
3mm≤thickness<4.75mm hot rolled stainless steel plate72192300
Thickness <0.5mm hot rolled stainless steel slab72192430
3mm≤thickness<4.75mm cold rolled stainless steel wide plate72193200
Other 1mm72193390
0.5mm≤thickness≤1mm Cold rolled stainless steel wide plate72193400
Hot rolled stainless steel narrow strip thickness ≥ 4.75mm72201100
Cold rolled stainless steel narrow strips with a thickness of 0.35 mm or less72202020
Cold rolled stainless steel narrow strips with a thickness of 3 mm and above72202040
Irregular coiled stainless steel hot rolled strips, rods72210000
Hot working other cross-section stainless steel bars72221900
Stainless steel wire72230000
Other alloy ingots and other primary shapes72241000
Other alloy billets72249090
Oriented silicon electric steel wide plate72251100
Other silicon electric steel wide plates72251900
Width ≥ 600mm Hot rolled other alloy steel coil72253000
Tool steel width ≥ 600mm72254010
Boron-containing alloy steel with a width ≥ 600mm72254091
Width 600mm Cold rolled other alloy steel sheet72255000
Other alloy steel wide flat rolled products of electrogalvanized72259100
Other plated or zinc coated other alloy steel wide plates72259200
Other alloy steel flat rolled products of width ≥ 600mm72259990
High speed steel flat rolled products with width <600mm72262000
Tool steel width <600mm72269110
Boron-containing alloy steel with a width <600mm72269191
Other rolled steel sheets of alloy steel, not further processed, except hot-rolled, less than 600 mm in width72269199
Other alloy steel narrow flat rolled products of electrogalvanized72269910
Other alloy steel hot rolled strips and rods of irregular coils made of boron alloy steel72279010
Other high speed steel strips and rods72281000
Other bars and rods of silicon-manganese steel72282000
Other bars and rods of boron-containing alloy steel, not further processed except hot rolled, hot drawn or hot extruded72283010
Other bars and rods, not further processed except hot rolled, hot drawn or hot extruded72283090
Other alloy steel forged bars and rods72284000
Cold-formed or cold-worked bars and rods of other alloy steels72285000
Other alloy steel bars and rods72286000
Other alloy steel angles, profiles and profiles72287090
Silicon-manganese steel wire72292000
Other alloy steel wire72299090
Steel sheet pile73011000
Welded steel angles, profiles and profiles73012000
Rail73021000
Steel materials for railroad tracks for other railways73029090
Other cast iron pipes and hollow profiles73030090
Non-stainless steel oil or day having an outer diameter of 215.9 mm or more but not exceeding 406.4 mm73041910
Non-stainless steel or natural gas casings not exceeding 114.3 mm in outside diameter73041930
Other non-stainless steel oil or gas casing73041990
Other stainless steel casings and conduits for oil drilling73042400
Casings, conduits and drill pipes for drilling oil and gas with yield strengths less than 552 MPa73042910
Cold-drawn or cold-rolled steel seamless boiler tubes73043110
Non-cold or cold drawn iron seamless boiler tubes73043910
Cold drawn or cold rolled stainless steel seamless boiler tubes73044110
Other seamless pipes of stainless steel, not cold or cold rolled73044990
Other seamless steel tubes, cold drawn or cold rolled73045190
Seamless circular cross section of other alloy steels, not cold or cold rolled73045990
Longitudinal submerged arc welding of crude oil and natural gas73051100
Other thick steel pipes longitudinally welded73053100
Other oil and gas pipelines73061900
Other iron or non-alloy rounds with a wall thickness of 0.7 mm or less and an outer diameter not exceeding 10 mm73063011
Other iron or non-alloy round-section welded pipes with an outer diameter exceeding 10 mm73063090
Round section welded pipe of other alloy steel73065000
Steel butt weldment not listed73079300
Steel doors and windows and their frames, thresholds73083000
Other steel structures and components73089000
Steel container for materials, 50L≤ volume ≤300L73101000
Welded or crimped cans and cans with a volume of less than 50 liters73102110
Uninsulated steel strands, ropes, cables73121000
Woven fabric made of stainless steel73141400
Plated or galvanized fine steel wire mesh welded at intersection73143100
Other steel wire mesh, fences and grilles73144900
Mesh steel plate73145000
Other roller chains73151190
Japanese word link chain73158100
Other welded chains73158200
Unlisted chain73158900
Non-hinged chain parts73159000
Other wood screws73181200
Other pins73194090
Leaf springs and reeds for railway vehicles73201010
Other springs for railway vehicles73209010
Gas fuel household stove73211100
Other non-electric household appliances73218900
Non-electric household appliances parts73219000
Other non-electrical heating central heating radiators and their parts73221900
Enamel cast iron dining table, kitchen and other household appliances and parts thereof73239200
Stainless steel dining table, kitchen or other household appliances and parts thereof73239300
Other enamel steel table, kitchen and other household appliances and parts73239490
Other non-enamel steel table, kitchen and other household appliances and parts73239900
Cast iron bathtub73242100
Other steel bathtub73242900
Other non-forgeable cast iron products73251090
Unregistered malleable cast iron products, not put up for industrial use73259990
Unrefined copper, copper anode for electrolytic refining74020000
Cathode refined copper with a copper content exceeding 99.9935% by weight74031111
Other cathode refined copper74031119
Refining copper billets74031300
Unwrought copper-zinc alloy (brass)74032100
Copper mother alloy74050000
Other copper alloy flakes74062090
Other refined copper bars, rods and profiles and profiles74071090
Straightness not more than 0.5 mm / m copper-zinc alloy strips, rods74072111
Other copper-zinc alloy strips, rods74072119
Other brass bars, rods and profiles and profiles74072190
Refined copper wire with a maximum cross-sectional dimension >6mm74081100
Refined copper wire with section size ≤6mm74081900
Copper nickel zinc lead alloy (lead German silver) wire74082210
Other coiled copper sheets, sheets, strips of thickness exceeding 0.15 mm74091190
Other refined copper plates, sheets, strips74091900
Rolled brass plates, sheets, strips74092100
Other brass plates, sheets, strips74092900
Rolled bronze sheets, sheets, strips74093100
Other bronze plates, sheets, strips74093900
White copper or German silver plates, sheets, belts74094000
Unlined copper foil74101100
Copper clad laminate for printed circuits74102110
Other refined copper foil with backing74102190
White copper or German silver foil with backing74102210
Other copper alloy foil with backing74102290
Refining copper pipe with inner (outer) threads or fins with an outer diameter of 25 mm or less74111011
Other refined copper pipes with an outer diameter of 25 mm or less74111019
Refined copper tube with an outer diameter of more than 70 mm74111020
Coiled brass tube74112110
Copper-zinc alloy (brass) tube74112190
White copper or German silver pipe fittings74122010
Uninsulated copper wire strands, cables, braids, etc.74130000
Other table, kitchen or other household appliances and parts thereof74181090
Copper sanitary ware and parts thereof74182000
Copper chain and its parts74191000
Copper spring74199920
Copper wire cloth (including endless belt)74199930
Nickel oxide sinter, other intermediate products of nickel75012090
The total amount of nickel and cobalt by weight is 99.99% or more, but the cobalt content is not more than 0.005%.75021010
Other non-alloy nickel75021090
Non-alloy nickel powder and flake powder75040010
Cloth made of nickel wire75081010
Industrial nickel wire mesh and grille75081080
Nickel anode for electroplating75089010
Uncalcined non-aluminum alloys containing 99.95% by weight or more by weight76011010
Other uncalcined non-aluminum alloy76011090
Unwrought aluminum alloy76012000
Flaky aluminum powder76032000
Unalloyed aluminium profiles and profiles76041090
Thick wire made of pure aluminum76051100
Filaments made of pure aluminium76051900
0.3mm ≤ thickness <0.36mm non-alloyed aluminum and plastic composite rectangular strip76061121
Other non-alloy aluminum rectangular aluminum sheet strips with 0.3mm ≤ thickness <0.36mm76061129
Other plates, sheets and strips of rectangular, of pure aluminium76061199
Aluminum alloy rectangular sheet with thickness <0.28mm76061220
0.35mm76061251
Other aluminum alloy rectangular strips with 0.35mm76061259
Non-rectangular plates, sheets and strips of pure aluminium76069100
Unlined back foil with a thickness not exceeding 0.007 mm76071110
Unlined back foil without further processing after rolling76071190
Other unlined back foil76071900
Pure aluminum tube76081000
Aluminum alloy tubes with an outer diameter not exceeding 10 cm76082010
Aluminum alloy tubes with an outer diameter of more than 10 cm and a wall thickness not exceeding 25 mm76082091
Aluminum hose container76121000
Aluminum cans and cans76129010
Other tableware, kitchen and other household appliances and parts thereof76151090
Unwrought lead-bismuth alloy78019100
Other lead alloys not wrought78019900
Lead and lead alloy sheets, foils of thickness > 0.2 mm78041900
Uncalcined zinc containing 99.995% by weight or more of zinc79011110
Unwrought zinc alloy79012000
Zinc End79031000
Zinc and zinc alloy strips, rods, profiles, wires79040000
Other non-industrial zinc products79070090
Unwrought non-alloyed tin80011000
Solder containing less than 0.1% by weight of lead80012021
Other solder80012029
Tin and tin alloy strips, rods, profiles, wires80030000
Tin and tin alloy plates, sheets and strips, thickness > 0.2 mm80070020
Other tin products80070090
Unwrought molybdenum and molybdenum waste81029400
Forged rolled molybdenum rods, profiles, sheets with foil81029500
Molybdenum wire81029600
Tantalum powder with a bulk density of less than 2.2 g/cm381032011
Unforged magnesium containing ≥99.8% magnesium81041100
Graded magnesium crumb, scraps, granules; powder81043000
Magnesium products81049020
Intermediate products and powders obtained from cobalt bismuth and other cobalt smelting81052090
Unwrought cadmium, powder81072000
Titanium sponge81082021
Unwrought antimony81101010
Antimony powder81101020
Unwrought manganese; manganese waste and scrap; powder81110010
Unwrought crucible, powder81121200
Unwrought indium81129230
Germanium and its products81129910
Vanadium and its products81129920
Pick, spade, rake82013000
One-handed agricultural scissors such as pruning shears82015000
Two-handed agricultural shears such as pruning82016000
Hand saw82021000
Circular saw blade with steel working parts82023100
Circular saw blades with natural or synthetic diamond, cubic boron nitride working parts82023910
Other circular saw blades, including parts82023990
Steel files, rafts and similar tools82031000
Interchangeable wrench sleeve82042000
Metal drawing or extrusion die with super hard parts82072010
Other metal drawing or extrusion moulds82072090
Forging or stamping tools82073000
Tapping tool82074000
Drilling tool with working parts of other materials82075090
Boring or reaming tool with super-hard material parts82076010
Other boring or reaming tools82076090
Milling tool with working parts made of natural or synthetic diamond or cubic boron nitride82077010
Other milling tools82077090
Other cemented metalworking knives and blades82081019
Knives and blades for woodworking machinery82082000
Knives and blades for other machines or machinery82089000
Unassembled tool cermet plates82090010
Cermet bars and rods with a grain size of less than 0.8 μm82090021
Other tiling rods and rods for unassembled tools82090029
Cermet inserts for unassembled tools82090030
Knife-based package82111000
Knife blade fixed knife82119100
Replaceable blade cutter82119300
Shank handle82119500
Scissors, tailor scissors and similar products, scissors82130000
Manicure and pedicure (including nail files)82142000
Hair clippers, choppers and other mouthparts82149000
A kitchen or table set containing at least one precious metal plated82151000
Other non-kitchen kitchen or tableware with precious metal plating82159100
Other non-kitchen kitchen or tableware82159900
Key83017000
Hinge (folded leaf)83021000
Castors for metal brackets83022000
Metal parts and bases for construction83024100
Metal fittings and stands for furniture83024200
Automatic door closer83026000
Doors for safes, cabinets, vaults83030000
Staples83052000
Sculptures of precious metals and other decorations83062100
Photo frames, picture frames and similar frames, mirrors83063000

Machinery and Mechanical Appliances

ItemHTS code
Other steam boilers84021900
Steam boilers and superheated boiler parts84029000
Household type hot water boiler for central heating84031010
Condenser for water and other steam power plants84042000
Parts for auxiliary equipment for central heating and hot water boilers84049010
Parts for other auxiliary equipment84049090
40MW84068110
Turbine parts84069000
14kW < other diesel engines with power <132.39kW84089092
Other marine engine parts84099910
Turbine and water wheel, power ≤1000kW84101100
Concrete pump84134000
Other reciprocating drain pumps84135090
Other gear rotary pumps84136029
Other blade rotary pumps84136039
Radial piston pump84136050
Axial piston pump84136060
Vacuum pump84141000
Refrigerator and freezer compressors with power ≤0.4kW84143011
0.4kW84143012
0.4kW84143013
Non-motor driven compressor84143090
Ventilation fan with power ≤ 125 watts84145120
Power ≤125 W, fan with rotating wind deflector84145130
Wall fan with power ≤ 125 watts84145193
Power ≤ 125 watts other fans, fans84145199
Other ceiling fans84145910
Other ventilation fans84145920
Centrifugal fan84145930
Other fans, fans84145990
Range hood84146010
Ventilation hood or recirculation hood with a maximum side length ≤120cm84146090
Engine supercharger84148030
Air conditioning parts with cooling capacity ≤ 4 kcal / hour84159010
Other furnace burners using gaseous fuels84162019
Furnace burners using other fuels84162090
Other non-electric furnaces and ovens84178090
Volume > 500L refrigeration-freezing combination machine84181010
200L84181020
Volume >150L Compressed household refrigerator84182110
50L84182120
Compression heat pump, heading 8415 for air conditioning84186120
Other heat pumps, heading 8415, except for air conditioning84186190
Other refrigeration units84186920
Special furniture parts for refrigerating or freezing equipment84189100
Refrigeration equipment parts with a cooling temperature >-40 ° C and a capacity > 500 L84189992
Gas fast water heater84191100
Agricultural product dryer84193100
Wood, pulp, paper or cardboard dryer84193200
Empty84194010
Distillation column84194020
Other distillation or distillation equipment84194090
Parts for water heaters84199010
Calender or other rolling machine84201000
Roller for calender or other rolling machines84209100
Centrifugal dryers with a dry weight of ≤10kg84211210
Dehydrator84211910
Solid-liquid separator84211920
Ship ballast water treatment equipment84212191
Other filter presses84212910
Household gas filtration and purification machines and devices84213910
Electric bag composite dust collector84213924
Other dust collectors for industrial use84213929
Flue gas desulfurization device84213940
Household dishwasher84221100
Non-domestic dishwasher84221900
Beverage and liquid food filling equipment84223010
Other packaging machines84223030
Other sealing machines, etc.84223090
Other packaging or packing machines84224000
Parts for dishwashers84229010
Beverage and liquid food filling equipment parts84229020
Taxation 8422 Other unlisted machine parts84229090
Weight scale, baby scale and household scale84231000
Electronic belt scale84232010
Scales for continuous weighing on other conveyor belts84232090
Quantitative packing scale84233010
Quantitative sorting scale84233020
Batching scale84233030
Other constant scales, material dosing scales84233090
Pricing scale with a maximum weighing of ≤30kg84238110
Spring balances with a maximum weighing ≤ 30kg84238120
Other places in the balance84238910
Other railway scales84238920
Portable sprayer for agriculture or gardening84244100
Boat washing machine84248991
Other non-electric winches and winches84253990
Hydraulic hoist for lifting vehicles84254290
Universal bridge crane84261120
Gantry crane84261930
Portal crane and seat jib crane84263000
Crawler crane84264910
Other lifting equipment84269900
Other lifts and dump cranes84281090
Other belt continuous cargo lifting, conveyor84283300
Roller continuous cargo lifting, conveyor84283920
Stacking and reclaiming machinery84289031
Other handling machinery84289039
Handling robot84289040
Track-type tractor with power ≤ 235.36kW84291190
Other motorized roller84294019
Track excavator84295212
Non-self-propelled drilling or drilling machinery84304900
Other self-propelled unlisted machinery84305090
Engineering drilling rig with drill pipe diameter ≤3m​​84306919
Drive axles and their parts for machinery listed in heading 842784312010
Buckets, buckets, grabs and buckets84314100
Other drilling unit parts84314390
Drive axles and their parts for construction machinery84314920
Other no-till direct planters84323129
Other no-till direct transplanter84323139
Fertilizer spreader84324200
Site preparation or tillage machinery, rolling machine parts84329000
Other harvesters84335990
Dairy processing machine84342000
Machine for the production of sweets, cocoa powder, chocolate84382000
Sugar machine84383000
Brewing machine84384000
Machine for making cellulose pulp84391000
Paper or cardboard finishing machine84393000
Machine parts for the manufacture or finishing of paper and cardboard84399900
Lock binding machine84401010
Other bookbinding machines84401090
Parts of bookbinding machines84409000
Paper Cutter84411000
Molded machine for pulp, paper or cardboard products84414000
Other machines for the manufacture of pulp and paper products84418090
Computer-to-plate equipment84423021
To make plates, machines and equipment84423029
Other machines, apparatus and equipment for casting and plate making84423090
Parts for casting, typesetting and plate making machines84424000
Types, prints, sheets and other parts84425000
Photogravure printing machine84431700
Rotary screen printing machine84431921
Flat screen printing machine84431922
Electrostatic photosensitive multifunction machine84433110
Other multifunction machines84433190
Stylus printer84433211
Laser printer84433212
Inkjet printer84433213
Other fax machines or typewriters that can be connected to the network84433290
Other independent teletypewriters84433990
Parts and accessories for conventional printing presses84439190
Auxiliary machines for digital printing equipment84439910
Thermal Printhead84439921
Parts for other printers, copiers, facsimile machines84439990
Chemical fiber deformation machine84440040
Chemical fiber cutting machine84440050
Other chemical fiber processing machines84440090
Other textile fiber carding machines84451190
Doubling machine or twisting machine84453000
Automatic winder84454010
Other winders, shakers84454090
Looms with width ≤ 30cm84461000
Air jet loom of width > 30cm84463050
Circular knitting machine with cylinder diameter ≤165mm84471100
Circular knitting machine with cylinder diameter > 165mm84471200
Flat weft knitting machine84472020
Other auxiliary machines listed in headings 8444 to 844784481900
Spinneret or spinneret84482020
Other accessories for fiber extruders and their auxiliary machines84482090
Steel wire cloth84483100
Other accessories for textile fiber pretreatment machines84483200
Air splicer84483930
Other accessories for the heading 8445 machines84483990
Reed, healds and heald frames for loom84484200
Other accessories for weaving machines and their auxiliary machines84484990
Knitting machine with No. 28 needle84485120
Sinks, other knitting needles and forming parts84485190
Taxation 8441 Other accessories for machines84485900
Needle punching machine84490010
Full-automatic washing machine with a drying capacity of ≤10kg84501110
Drum type automatic washing machine with a drying capacity of ≤10kg84501120
Other fully automatic washing machines with a drying capacity of ≤10kg84501190
Washing machine parts with a drying capacity of ≤10kg84509010
Dry cleaning machine84511000
Dryer with a drying capacity of ≤10kg84512100
Ironing machine and extruder (including melt press)84513000
Washing, bleaching or dyeing machine84514000
Multi-function household sewing machine84521010
Manual household sewing machine84521091
Non-home automatic sewing machine84522110
Non-domestic automatic overlock sewing machine84522120
Non-domestic automatic stretch sewing machine84522130
Other non-domestic automatic sewing machines84522190
Other non-domestic non-automatic sewing machines84522900
Sewing machine needle84523000
Other parts for household sewing machines84529019
Other parts for other sewing machines84529099
Rawhide, leather processing, tanning or processing machines84531000
Footwear making or repairing machines84532000
Parts of the machines listed in heading 845384539000
Other ingots and ladle for metal smelting and casting84542090
Parts for other billet continuous casting machines84549029
Machine tools for processing various materials with laser84561100
Machine tools for processing various materials with ultrasonic waves84562000
CNC machine tools for the treatment of various materials by electrical discharge84563010
Vertical Machining Center for Machining Metals84571010
Horizontal Machining Center for Machining Metals84571020
Machining of metal gantry machining centers84571030
Milling and lathe machining center for machining metals84571091
Single-station combination machine tool for machining metal84572000
Multi-station combination machine tool for machining metal84573000
CNC horizontal lathe for cutting metal84581100
Vertical CNC machine tools for cutting metals84589110
Other CNC machine tools for cutting metals84589120
Other lathes for cutting metal84589900
CNC drilling machine for cutting metal84592100
Other drilling machines for cutting metals84592900
CNC boring machine for cutting metal84594100
Other trampolines for cutting metal84594900
Other CNC milling machines for cutting metals84596190
High precision CNC surface grinder84601210
Other high precision surface grinders84601910
High precision CNC centerless grinding machine84602210
High precision crankshaft grinder84602311
Other high precision CNC cylindrical grinding machines84602319
High precision internal grinding machine84602411
Other high precision CNC grinding machines84602419
CNC sharpening (tool or tool) machine84603100
Other sharpening (tool or tool) machine tools84603900
Grinding machine84604020
Grinder84609010
Other finishing machines, such as grinding84609090
Broaching machine84613000
Gear Grinder84614011
Other CNC gear processing machines84614019
Non-CNC gear processing machine84614090
Sawing machine or cutting machine84615000
Unlisted machine tools for heading 846184619090
CNC forging or stamping machine and forging hammer84621010
Non-CNC forging or stamping machine tools and forging hammers84621090
CNC straightening machine84622110
Other bending, folding, straightening or leveling CNC machine tools84622190
Other sheet metal working machines other than CNC84622990
Other CNC cutting machine tools84623190
Non-CNC plate with cross shear84623920
Automatic change mode CNC stepping press84624111
Other CNC punch presses84624119
Other CNC punching, slotting machine, punching and shearing machine84624190
Non-CNC punching, slotting machine, punching and shearing machine84624900
Metal Profile Extrusion Machine84629110
Other hydraulic presses84629190
Other mechanical presses84629910
Unlisted machine tools for tariff head 846284629990
Wire drawing machine84631020
Thread rolling mill84632000
Wire processing machine84633000
Fret saw84641020
Other sawing machines for processing minerals and other materials84641090
Glass grinding or polishing machine84642010
Other grinding or polishing machines for processing minerals and other materials84642090
Cutting machine84649011
Engraving machine84649012
Other glass cold-working machines84649019
Unlisted machine tools for other tax items 846484649090
Composite mechanical machining machine84651000
Sawing machines for processing materials such as wood84659100
Planing, milling or cutting machines for processing materials such as wood84659200
Machine for bending or assembling materials such as wood84659400
Drilling or chiseling machines for processing materials such as wood84659500
Machine for cutting, cutting or scraping materials such as wood84659600
Other machine tools for processing materials such as wood84659900
Tool holder and self-starting die cutting head84661000
Workholding fixture84662000
Indexing heads and other accessories dedicated to machine tools84663000
Accessories for machines listed in heading 846584669200
Tool magazine and automatic tool changer84669310
Electric drill84672100
Other electric saws84672290
Electric sanding tool84672910
Other parts for portable power tools84679910
Other welding machines and devices84688000
Electronic calculator and pocket data recording and playback machine84701000
Other electronic calculator84702900
Point of sale terminal teller machine84705010
Postage stamping machine, ticket vending machine and similar machines84709000
Tablet84713010
Portable automatic data processing equipment with weight ≤ 10kg84713090
Terminals for large, large, medium and small computers84716040
Scanner84716050
Keyboard84716071
Mouse84716072
Automatic processing of other input or output components of the device84716090
Hard Drive84717010
Optical drive84717030
Other components of automatic data processing equipment84718000
ATM84729010
Excavator84729021
Stapler84729022
Other office machines84729090
Accessories for electronic calculators listed in heading 847084732100
Accessories for other machines listed in heading 847084732900
Digital Large, Medium and Small Computer Accessories84733010
Other spare parts for computers listed in heading 847184733090
ATM machine with cash dispenser and recirculating machine84734010
Word processor, typewriter accessories84734020
Other office machine accessories listed in heading 847284734090
Machine accessories listed in heading 8469-847284735000
Ball Milling and Milling Machine84742020
Other crushing and milling machines84742090
Concrete or mortar mixing machine84743100
Solid Mineral Roll Forming Machine84748010
Machine for the manufacture of optical fibers and their preforms84752100
Continuous glass hot bending furnace84752911
Glass fiber drawing machine84752912
Other glass thermal processing equipment84752919
Manufacture or thermal processing machines for other glass and its products84752990
Beverage vending machine with heating or cooling unit84762100
Parts of the machines listed in heading 847684769000
Injection Molding Machine84771010
Other injection machines for processing rubber or plastic84771090
Plastic granulator84772010
Plastic Blow Molding Machine84774010
Plastic Calendering Machine84774020
Other vacuum molding and thermoforming machines84774090
Pneumatic tyre moulding or refurbishing and inner tube moulding or moulding machines84775100
Other molding or molding machines84775990
Other rubber or plastic processing machines84778000
Asphalt paver84791021
Machine for extracting processed animal or vegetable oils84792000
Machine for the manufacture of ropes or cables84794000
Multifunctional Industrial Robot84795010
Other passenger boarding (ship) bridge84797900
Winding machine84798110
Ship steering gear and gyro stabilizer84798910
Automatic plug-in machine84798961
Automatic placement machine84798962
Automated three-dimensional storage equipment84798992
Metal casting box84801000
Type mold base plate84802000
Die-casting mould84804110
Dies for powder metallurgy84804120
Capsule mould for vulcanized tyres84807110
Injection moulding or stamping for other plastics or rubber84807190
Electronic expansion valve84818031
Deep groove ball bearings84821020
Angular contact bearing84821030
Marine diesel engine crankshaft84831011
Planetary gear reducer84834020
Flywheels, pulleys and pulley blocks84835000
Micromotors with a housing size of 20 mm and above but no more than 39 mm85011091
Other micromotors with an output power not exceeding 37.5 watts85011099
Multiphase AC motor with an output power not exceeding 750 watts85015100
Multiphase AC motors with an output power exceeding 750 watts but not exceeding 75 kW85015200
Generator set with ignited piston internal combustion engine85022000
Wind driven generator set85023100
Motor parts for subheadings 8501.1010 and 8501.109185030010
Sub-units 8501.6420 and 8501.6430 listed generator parts85030020
Parts for generator sets listed in subheading 8502.310085030030
Dedicated or used primarily for other parts of the machines listed in heading 8501 or 850285030090
Liquid medium transformers with a rated capacity exceeding 650 kVA but not exceeding 10 MVA85042200
Liquid dielectric transformers with a rated capacity exceeding 10 mega volts but less than 220 mega volts85042311
Liquid medium transformers rated at 500 megavolt-amperes and above85042329
Other transformers with rated capacity not exceeding 1 kVA85043190
Regulated power supply for machines listed in heading 847185044013
Inverter85044030
Semiconductor module with variable current function (static converter)85044091
Other inductors85045000
Subheads 8504.2321, 8504.2329 List of transformer parts85049011
Other transformer parts85049019
Other stationary converters and inductor parts85049090
Rare earth permanent magnet85051110
Other permanent magnets and articles prepared for permanent magnets after magnetization85051900
Electromagnetic couplings, clutches and brakes85052000
Electromagnets; electromagnets or permanent magnet chucks, clamps; parts for goods listed in heading 850985059090
Other alkaline zinc-manganese batteries85061019
Other primary batteries and primary battery packs of manganese dioxide85061090
Primary battery and primary battery pack of silver oxide85064000
Lithium primary battery and primary battery pack85065000
Zinc air primary battery and primary battery pack85066000
Start lead-acid battery for piston engine85071000
Nickel-metal hydride storage battery85075000
Lithium ion battery85076000
Other battery parts85079090
Electric vacuum cleaners with a power not exceeding 1500 watts and a dust collecting container volume not exceeding 20 liters85081100
Other electric vacuum cleaners85081900
Other vacuum cleaners85086000
Parts for vacuum cleaners listed in subheading 8508.110085087010
Fruit or vegetable juicer85094010
Kitchen waste processor85098020
Other household electric appliances (except vacuum cleaners for taxation 8508)85098090
Parts for household electric appliances (except vacuum cleaners for taxation 8508)85099000
Electric shaver85101000
Electric hair clipper85102000
Electric Epilator85103000
Parts of goods listed in heading 851085109000
Other ignition magnets, permanent magnet DC generators and magnetic flywheels85112090
Engine starter motor with output power of 132.39 kW (180 hp) and above85114091
Other starter motors and dual-purpose starter generators85114099
Other generators85115090
Parts of various other devices listed in heading 851185119090
Lighting or visual signalling devices for bicycles85121000
Other self-powered portable electric lights85131090
Flashlight parts85139010
Other self-powered portable electric light parts85139090
Parts for steelmaking electric furnace85149010
Other brazing machines and devices85151900
Resistance welding robot85152120
Other resistance welding machines and devices85152900
Arc (including plasma arc) welding robot85153120
Spiral Welded Pipe Machine85153191
Laser welding robot85158010
Storage radiator85162100
Radiant space heater85162920
Fan space heater85162931
Liquid filled space heater85162932
Other electrical space heaters85162990
Electric hair dryer85163100
Microwave oven85165000
Induction Cooker85166010
Electric oven85166050
Other electric furnaces, electric cookers, electric heating plates, heating rings, barbecues and roasters85166090
Drip coffee maker85167110
Distilled percolating coffee machine85167120
Pump coffee machine85167130
Slice toaster (toaster)85167220
Other electric baking pan85167290
Electric water dispenser85167910
Other electric heating appliances85167990
Parts of other goods listed in heading 851685169090
Cordless telephone85171100
Handheld (including car) radiotelephone85171210
Walkie talkie85171220
Other telephones for cellular or wireless networks85171290
Mobile communication base station85176110
Wavelength division multiplexing optical transmission equipment85176222
IP telephone signal conversion equipment85176233
Router85176236
Cable network interface card85176237
Wireless network interface card85176292
Wireless access fixed station85176293
Wireless headset85176294
Other equipment for receiving, converting and transmitting or reproducing sound, images or other data85176299
Parts for digital program-controlled telephones or telegraph switches85177010
Parts for hand-held radiotelephones (excluding antennas)85177030
Interphone parts (excluding antennas)85177040
Equipment antennas and parts thereof, heading 851785177070
Other parts for equipment listed in heading 851785177090
Microphone (microphone) and its frame85181000
Single speaker85182100
Other speakers85182900
Headphones, earphones85183000
Parts of goods listed in heading 851885189000
Turntable (phono turntable)85193000
Cassette tape recorder with sound reproduction device85198112
Laser record player without recording function85198121
Flash memory type sound recording device equipped with sound reproducing device85198131
Other phonographs without recording devices (with or without loudspeakers)85198910
Digital Video Disc (DVD) Player85219012
Other laser disc players85219019
Accessories for turntables or record players85229010
Magnetic head85229022
Movement of laser disc player85229031
Other parts and accessories for video signal recording or playback equipment85229039
Other parts for sound recording or playback equipment85229099
Unrecorded disk85232911
Unrecorded tapes over 6.5 mm wide85232923
Unrecorded optical media85234100
Unrecorded flash memory85235110
Unrecorded “smart card”85235210
Other semiconductor media not recorded85235910
Non-special purpose broadcast television cameras85258012
Other television cameras not for special purposes85258013
Single-lens reflex digital camera for non-special use85258022
Other interchangeable lens digital cameras for non-special purpose85258025
Other digital cameras not for special purposes85258029
Broadcast-grade video camcorder for non-special purpose85258032
Household video camcorder for non-special use85258033
Other video camcorders, not for special purposes85258039
Other included (playing) sound combination machine85279100
Radio with clock85279200
Other radio broadcast receiving equipment85279900
Other color LCD monitors, automatic data processing equipment for connection to heading 847185285212
Other color monitors, automatic data processing systems for tariffs 847185285291
Other monochrome monitors85285990
Other color projectors, automatic data processing equipment for connection to heading 847185286220
Other color projectors85286910
Other color television receivers without display85287180
LCD color analog TV85287221
LCD color digital TV85287222
Other color digital television85287292
Antennas or antenna reflectors and parts thereof for radios and their combines, television receivers85291020
Non-special purpose imaging module85299042
Other TV cameras, video camcorders, parts for digital cameras85299049
Radar equipment and other parts for radio navigation equipment85299050
Other parts for radios and their combination machines85299060
Other components for color television receivers85299081
Plasma imaging assembly and its parts85299082
Organic light emitting diode display85299083
Other parts of equipment or equipment listed in headings 8525 to 852885299090
Display panel with liquid crystal device (LCD) or light emitting diode (LED)85312000
Buzzer85318010
50/60 Hertz circuit with fixed capacitor, reactive power is not less than 0.5 thousand85321000
Chip tantalum capacitor85322110
Chip Aluminum Electrolytic Capacitor85322210
Other aluminum electrolytic capacitors85322290
Single layer ceramic capacitor85322300
Chip multilayer ceramic capacitor85322410
Other paper media or plastic dielectric capacitors85322590
Other fixed capacitors85322900
Variable or adjustable (fine tuning) capacitor85323000
Synthetic or film fixed carbon resistors85331000
Chip-type fixed resistors up to 20 watts rated85332110
Wirewound varistor with rated power greater than 20 watts, including varistors and potentiometers85333900
Other variable resistors, including varistors and potentiometers85334000
Parts of goods listed in heading 853385339000
4 or more printed circuits85340010
Print circuits of up to 4 layers85340090
Fuses for lines over 1000 volts85351000
Automatic circuit breaker for lines with voltages exceeding 1 kV, less than 72.5 kV85352100
Automatic circuit breakers for lines with voltages up to 72.5 kV and not exceeding 220 kV85352910
Automatic circuit breakers for lines with voltages above 220 kV but not exceeding 750 kV85352920
Other disconnectors and disconnectors85353090
Surge arrester, voltage limiter and surge suppressor85354000
For fuses with voltages up to 1000 volts85361000
Automatic circuit breaker for lines up to 1000 volts85362000
Other circuit protection devices for voltages up to 1000 volts85363000
Relay for voltages up to 36 volts85364110
Relay for voltages exceeding 36 volts but not exceeding 60 volts85364190
Relay for voltages over 60 volts85364900
For other switches up to 1000 volts85365000
Plugs and sockets for lines up to 1000 volts85366900
For other CNC devices with voltages up to 1000 volts85371019
Fully enclosed modular high voltage switchgear for lines up to 500 kV and above85372010
Sub-area 8537.2010 Disks, plates, tables, cabinets and other bases for goods listed85381010
Other parts of the equipment listed in headings 8535 to 853785389000
Tungsten halogen lamp for scientific research and medical use85392110
Incandescent light bulbs with a power not exceeding 200 watts and rated voltages exceeding 100 volts (for research and medical purposes)85392290
Incandescent bulbs with voltages up to 12 volts85392991
Sodium vapor lamp85393230
Mercury vapor lamp85393240
Metal halide lamp85393290
Other discharge lamps85393990
Light Emitting Diode (LED) Bulb (Tube)85395000
Parts of goods listed in heading 853985399000
Image tube and image intensifier tube; other photocathode tubes85402090
Magnetron85407100
Other pipes listed in heading 854085408900
Other parts for goods listed in heading 854085409990
Diode, except photodiode or LED85411000
Transistors with less than 1 watt of power dissipation85412100
Transistors with a power dissipation greater than or equal to 1 watt85412900
Semiconductor switching element, two-terminal AC switching element and three-terminal thyristor switching element85413000
Light Emitting Diode85414010
Solar cell85414020
Other photosensitive semiconductor devices85414090
Assembled piezoelectric crystal85416000
Parts for metal and mineral detectors85439030
Other parts for goods listed in heading 854385439090
Connector cable with rated voltage not exceeding 80 volts85444211
Other connector electrical conductors with rated voltage not exceeding 80 volts85444219
Other connector electrical conductors with rated voltages exceeding 80 volts but not exceeding 1000 volts85444229
Cables with a rated voltage exceeding 35 kV but not exceeding 110 kV85446013
Other cables with a rated voltage exceeding 1000 volts85446019
Carbon electrode for furnace85451100
Carbon brush85452000
Glass insulators85461000
Insulated porcelain bushings for power transmission and transformation lines85462010
Other insulators85469000
Other insulating parts85479090
Machines or equipment, 85 Electrical equipment, not elsewhere specified85489000

Vehicles, Aircraft, Vessels

ItemHTS code
Non-driving bogies for railway or tramway vehicles86071200
Axle for railway or tramway vehicles86071910
Steering wheels and parts for railway or tramway vehicles86071990
Air brakes and parts for railway or tramway vehicles86072100
Hooks, other couplings, bumpers and their parts for railway or tramway vehicles86073000
Other parts for railway or tramway locomotives86079100
Other track fixtures, signalling, safety or traffic management equipment and parts86080090
20 ft. other containers86090019
Other containers86090090
Sailing boat89039100
Other recreational or sport boats, boats and canoes89039900
Floating or submersible drilling or production platform89052000
Other vessels not characterized by navigation89059090
Other motor boats not listed89069010
Non-motorized ship89069020
Unmade or incomplete ship, including ship segmentation89069030

Optical, Photographic, Measuring, and Medical Items

ItemHTS code
Sheets and plates made of polarizing materials90012000
Other spectacle lenses made of glass90014099
Sunglasses made of non-glass material90015091
Other spectacle lenses, not made of glass90015099
SLR camera lens90021131
Other camera lenses90021139
Projector, photo enlarger and objective lens for shrinking machine90021190
Objective lens for cameras or projectors90021910
Other objective lenses not listed in heading 900290021990
Filters for cameras90022010
Plastic frames90031100
Frames made of metal materials90031910
Spectacle frame parts90039000
Other glasses, windshields and similar articles90049090
Binoculars90051000
Other telescope accessories90059090
Special purpose camera; comparison camera90063000
One-time imaging camera90064000
Using other cameras with a film width of 35 mm90065300
Discharge type (electronic) flash unit90066100
Flash bulb90066910
Accessories for one imaging camera90069120
Camera autofocus component90069191
Shutter assembly for other cameras90069192
Photoflash unit and flash bulb parts90069900
Non-digital projector90072090
Automatic developing device and equipment for special photographic film90101020
Automatic developing device and equipment for other film90101099
Other printing equipment for special photography90105022
Other printing equipment for photographic purposes90105029
Accessories for special photofinishing equipment90109020
Stereo microscope90111000
Telescope sights for weapons, periscope telescopes and telescopes as parts of instruments or appliances90131000
Magnifying glass90138010
LCD panel90138030
Other liquid crystal devices and optical instruments90138090
Parts and accessories for instruments and appliances listed in subheading 9013.803090139020
Parts and accessories for other instruments and apparatus listed in heading 901390139090
Range finder90151000
Theodolite and tachymeter90152000
Level90153000
Photogrammetric instruments and devices90154000
Balances with a sensation of more than 0.1 mg but not exceeding 50 mg90160090
Parts and accessories for instruments and apparatus listed in heading 901790179000
Tubular metal needle90183210
Dental drill90184100
Massage apparatus90191010
Teaching Head90230010
Gas meter90281010
Water meter90282010
Single-phase electronic (static) watt-hour meter90283013
Three-phase electronic (static) watt-hour meter90283014
Parts and accessories for industrial measuring instruments90289010
Revolution meter90291010
Inductance and capacitance tester with recording device90308410
Contour Projector90314910
Grating measuring device90314920

Miscellaneous Manufactured Articles

ItemHTS code
Dual-purpose chair for leather or recycled leather94014010
Dual-purpose chair for bed94014090
Bamboo seat94015200
Rattan seat94015300
Upholstered wooden frame with leather or recycled leather94016110
Other wooden frame seating94016900
Upholstered metal frame for leather or recycled leather94017110
Stone seat94018010
Kitchen wooden furniture94034000
Other wooden furniture for bedroom94035099
Other mahogany furniture94036010
Other lacquered wood furniture94036091
Other wooden furniture94036099
Stone furniture94038920
Furniture made of other materials94038990
Parts of the items listed in heading 940394039000
Other materials made of mats94042900
Other sleeping bags94043090
Down or feather-filled bedding94049010
Bedding filled with animal hair94049020
Silk-filled bedding94049030
Electrical table lamp, bedside lamp, floor lamp94052000
Complete sets of lamps for Christmas trees94053000
Non-electrical lamps and lighting fixtures94055000
Other mobile homes94069000
Toy animals95030021
Other dolls95030029
Intelligence toy95030060
Toys and models with powerplant95030083
Other unlisted toys95030089
Parts of toys95030090
Video game controllers and equipment parts and accessories for use with television receivers95045011
Chinese chess, chess, checkers and other chess supplies95049030
Mahjong and similar table games95049040
Christmas items95051000
Windsurfing95062100
Other golf equipment95063900
Table tennis95064010
Other tennis rackets, badminton rackets or similar rackets95065900
Basketball, football, volleyball95066210
Other ball95066900
Fishing rod95071000
Fishing reel95073000

Live Animals, Animal Products

ItemHTS code
Other horses1012900
Other animals1069090
Fresh or cold boned lamb2042200
Dried smoked, salted beef2102000
Other meat and chopped meat, dried, smoked, salted2109900
Smoked salmon and Donauze fish3054120
Natural honey4090000
Other bee products4100049
Other food animal products4100090

Other

ItemHTS code
Coral and Aquatic Shells, Bone Powder and Waste5080010
Coral and Aquatic Shells, Bone5080090
Other animal products not listed, dead animals5119990
Other non-species live plants6029099
Other fresh flower arrangements and flower buds6031900
Dried and dyed flower arrangements and flower buds6039000
Fresh moss and lichens6042010
Fresh plant branches, leaves, etc.6042090
Other plant branches, leaves, etc.6049090
Whole or diced salted pig casings (except for pig large intestines)5040011
Whole or diced salted sheep casings5040012
Other animal stomach5040029
Vinegar and vinegar substitutes made with acetic acid22090000
Other animal slag powders and pellets not suitable for human consumption23012090
Other solid residue obtained by refining soybean oil23040090
Other residues from refined vegetable oils other than 2304 or 230523069000
Hair net65050010
Hooked Caps65050020
Caps made of knitted or woven fabric65050099
Unnamed caps made of other materials65069990
Folding umbrella66019100
Other umbrellas66019900
Walking sticks, walking sticks, whip and similar articles66020000
Ribs66032000
Other accessories and accessories for umbrellas, walking sticks and whip66039000
Silk or silk, flowers, leaves, fruits and products thereof67029020
Other materials for the production of flowers, leaves, fruits and their products67029090
Human hair and wig materials processed by carding, sparse, etc.67030000
Other wigs made of synthetic textile materials67041900
Wigs made of other materials67049000
Other electronic watches with mechanical indication91021100
Other electronic watches with photoelectric display91021200
Other electronic watches91021900
Other self-winding mechanical watches91022100
Other non-self-winding mechanical watches91022900
Electric drive electronic pocket watch and other electronic watches91029100
Mechanical clock with watch movement91039000
Dish clocks and similar clocks for vehicles and ships91040000
Electronic alarm clock91051100
Electronic wall clock91052100
Mechanical wall clock91052900
Other electronic clocks91059190
Complete electronic clock core assembled91091000
Bell case91122000
Watch straps and parts thereof91132000
Non-metallic watch straps and parts thereof91139000
Clocks, other parts of the watch91149090
Upright piano92011000
Bowed stringed instrument92021000
Keyboard organ, reed organ and similar instruments92059010
Harmonica92059030
Other wind instruments, except for amusement club organ and hand-operated organ92059090
Keyboard instrument that generates or expands sound by electricity92071000
Other musical instruments not listed92089000
Accessories for piano92099100
Parts and accessories for musical instruments listed in heading 920792099400
Metronome, tuning fork and tuning tube92099910
Mechanical device for music box92099920
Other processed animal material engraving materials and products thereof96019000
Wire brush as part of the vehicle96035019
Snap and its parts96061000
Buttons made of plastic, not wrapped in textile material96062100
Buttons made of base metal, not wrapped with textile materials96062200
Other buttons96062900
Button cores and other parts of buttons96063000
Zipper with enamel metal teeth96071100
Other zippers96071900
Zipper parts96072000
Hand date stamp, seal stamp, number stamp and similar stamp96110000
Inflatable pocket gas lighter96132000
Pipe and pipe head96140010
Cigarette holder and parts thereof96140090
Monopod, bipod, tripod and the like96200000
Used or unused stamps97040010

The post China Announces Tariff Hikes on $60 Billion of U.S. Goods – Trade War Update appeared first on Universal Cargo.

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Could Cargo Ships Get a Speed Limit? https://www.universalcargo.com/could-cargo-ships-get-a-speed-limit/ https://www.universalcargo.com/could-cargo-ships-get-a-speed-limit/#respond Thu, 02 May 2019 20:21:30 +0000 https://www.universalcargo.com/?p=9548 One of the biggest issues of our time is global warming. The ocean freight sector of the international shipping industry, in particular, faces an incredible challenge of reducing its greenhouse gas (GHG) emissions to help fight the changing of our planet's climate.




As a matter of fact, the biggest problem ocean freight carriers currently face is meeting the IMO 2020 cleaner fuel mandate that drops the sulfur cap on fuel for cargo ships to 0.5% effective January 1st, 2020. Despite the fact carriers are now expected to recoup the significantly higher fuel costs of IMO 2020 through BCO contracts, reaching compliance with this mandate will be no easy feat for container carriers.




Now there's another carbon emission reducing requirement that the IMO is being asked to put on container carriers: a mandatory speed measure (or speed limit) on ships.




In an open letter to the IMO member states signed by 113 shipping companies and 9 environmental groups, the signatories "express [their] strong support for the IMO implementing mandatory regulation of global ship speeds differentiated across ship type and size categories."




While a mandate requiring ships to slow down, slow steam (SS), or even super slow steam (SSS) doesn't only affect containerships, this blog article will focus on what a speed limit on containerships specifically would mean for the international shipping industry.




Read the entire article in Universal Cargo's blog to see the arguments for and against a containership speed limit.

The post Could Cargo Ships Get a Speed Limit? appeared first on Universal Cargo.

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International Shipping Cargo Ship Freight ForwarderOne of the biggest issues of our time is global warming. The ocean freight sector of the international shipping industry, in particular, faces an incredible challenge of reducing its greenhouse gas (GHG) emissions to help fight the changing of our planet’s climate.

As a matter of fact, the biggest problem ocean freight carriers currently face is meeting the IMO 2020 cleaner fuel mandate that drops the sulfur cap on fuel for cargo ships to 0.5% effective January 1st, 2020. Despite the fact carriers are now expected to recoup the significantly higher fuel costs of IMO 2020 through BCO contracts, reaching compliance with this mandate will be no easy feat for container carriers.

Now there’s another carbon emission reducing requirement that the IMO is being asked to put on container carriers: a mandatory speed measure on ships.

In an open letter to the IMO member states signed by 113 shipping companies and 9 environmental groups, the signatories “express [their] strong support for the IMO implementing mandatory regulation of global ship speeds differentiated across ship type and size categories.”

While a mandate requiring ships to slow down, slow steam (SS), or even super slow steam (SSS) doesn’t only affect containerships, this blog article will focus on what a speed limit on containerships would mean for the international shipping industry.

Argument for Regulating Containership Speed

At the end of 2007, the Great Recession hit the U.S. economy and spread to the global economy by 2009. Ocean freight demand was way below previously expected levels, contributing to huge overcapacity, downward pressure on freight rates, and big financial struggles for container carriers.

SS and SSS became common practice by container carriers after the economic downturn hit in order to save money on fuel. Sailing at slower speeds meant using less fuel and, as a result, reducing carbon emissions on sailings.

In the letter supporting a mandatory IMO speed measure, its signatories say that reduction of the global fleet’s operational speed “led to dramatic reductions in GHG emissions.” The letter goes on to say:

“This speaks to the real-world effectiveness of a potential prescriptive speed measure in helping achieve reduction targets. However, recent studies also suggest that ships are speeding up again as global demand recovers. Should this trend continue, any GHG gains from slow steaming over recent years will disappear.

Slow Steaming Likely Remains Without Regulation

Despite the letter to IMO member states saying studies suggest ships are speeding up, there’s reason to believe containerships will slow down in the upcoming year anyway.

Fuel costs are increasing significantly with IMO 2020 and carriers still struggle to maintain profitability. Carriers will be looking for more than just BCO contracts to recoup fuel costs. SS and SSS are expected to be utilized for containerships to burn less fuel and even help them reach required emission levels in general.

Slowing down ships is one of the easiest strategies carriers employ to save money. And carriers are looking for any means possible to improve profitability.

However, SS and SSS wouldn’t be utilized on all shipping routes, and regulating speed should certainly reduce containership speed more than the normal forces of business would cause. Additionally, as the industry adapts over time to more expensive, cleaner fuel, SS and SSS may get utilized less, which regulation would help prevent.

How Would Containership Speed Limits Be Enforced?

There would have to be serious thought and work put into how containership speed limits would be enforced. Certainly there won’t be ocean patrol ships out there turning on flashing lights and pulling over cargo ships.

The expectation is that a mandatory speed measure would be placed on the average speed of a carrier’s fleet rather than a specific number of knots each ship must travel under.

Checking that carriers are in compliance with speed regulations would probably be done through requiring carriers to turn in paperwork or be audited showing an average speed across all their ships sailing within a mandatory average speed.

However, a speed measure on ships would likely need to take into account different types of ships, making speed allowances vary based on the type of fuel or power used to propel particular ships. Ships that burn cleaner fuel could be allowed to sail faster while electric ships could have no speed limits put on them at all.

Additionally problematic is that with the incredibly high lack of transparency from carriers in the international shipping industry, some carriers may be able to find ways to skirt this regulation if they really want to.

Argument Against Slow Steaming Rule

Not surprisingly, there are no container shipping lines in the list of shipping company signatories on the letter calling for a mandatory speed measure on ships.

In fact, container carriers are arguing against an IMO speed measure. Interestingly, part of their argument is that such regulation could actually increase carbon emissions in the container shipping sector.

Peter Tirschwell wrote an article in the Journal of Commerce (JOC) that highlights carriers’ argument, calling the limiting of containership vessel speeds a solution “with cosmetic appeal” that “could have deep economic ramifications and possibly undermine efforts to achieve stated goals for carbon dioxide reduction.” The article explains:

Container ship services operate mostly on weekly schedules, supporting global supply chains in food, consumer, and industrial products that require predictable transport services, even if those services are frequently delayed. Mandating slow-steaming would require additional ships to maintain weekly schedules, which would add more carbon to the air, not to mention potentially denying operators the flexibility needed to avoid situations such as dangerous weather.

According to Hapag-Lloyd spokesperson Nils Haupt, “If we reduce speed in a loop from Hamburg to Singapore which requires 12 ships, to stay on schedule and maintain a regular weekly service, you would need a 13th or 14th ship, which means investment and additional CO2 [carbon dioxide] pollution. This is something that bulk carriers and tankers don’t have to take into account, but for containers it would be harsh investment and wouldn’t really solve the program,” he said.

As Jonathan Gold, vice president of supply chain and customs policy for the National Retail Federation, said bluntly via Twitter, “This is the wrong approach and should not be supported.”

The Complete Letter to IMO Member States

Here is the letter to IMO member states supporting a mandatory speed measure be put in place on ships in its entirety, though the two pages of signatory shipping companies and environmental groups is not included:

Open letter to IMO Member States supporting mandatory speed measure to reduce shipping emissions

30/April/2019

Effectively addressing climate change is possibly the greatest challenge of our time. In 2015 world governments agreed in Paris that global temperature rise must be limited to well below 2°C, while aiming for 1.5°C compared to pre-industrial levels. A recent IPCC 1.5° Special Report also recommended “deep emissions reductions” to achieve these temperature goals.

In responding to this global challenge, member states of the International Maritime Organisation (IMO) agreed in April 2018 on an Initial GHG Strategy for international shipping. The strategy calls for shipping emissions to peak as soon as possible, for shipping’s carbon intensity to be reduced by at least 40% by 2030 and for total emissions to be cut by at least 50% by 2050 compared to 2008, while aiming for full decarbonisation. To do so, new operational measures will need to be implemented for both the existing fleet and new ships and immediate reductions achieved by 2023.

Since the April 2018 agreement several candidate measures have been proposed including speed regulations for all ships. Recent history shows that reducing the global fleet’s operational speed after the 2008 economic crash led to dramatic reductions in GHG emissions. This speaks to the real-world effectiveness of a potential prescriptive speed measure in helping achieve reduction targets. However, recent studies also suggest that ships are speeding up again as global demand recovers. Should this trend continue, any GHG gains from slow steaming over recent years will disappear.

The signatories to this letter unite in stressing the urgent need for shipping to make its appropriate contribution to addressing climate change. As the initial step we express our strong support for the IMO implementing mandatory regulation of global ship speeds differentiated across ship type and size categories. Our preference would be to set maximum annual average speeds for container ships, and maximum absolute speeds for the remaining ship types, which take account of minimum speed requirements. Such a regulation should be implemented as soon as possible and the obligation for compliance should be placed both on shipowners and operators, including charterers.

We call on all Parties at the forthcoming MEPC74 to support this move.

Click Here for Free Freight Rate Pricing

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2 Big Problems Ocean Freight Shipping Faces in 2019 https://www.universalcargo.com/2-big-problems-ocean-freight-shipping-faces-in-2019/ https://www.universalcargo.com/2-big-problems-ocean-freight-shipping-faces-in-2019/#comments Thu, 31 Jan 2019 23:06:53 +0000 https://www.universalcargo.com/?p=9432 We live in a global economy where about 90% of the world's goods are transported by sea, but it hasn't been smooth sailing for the ocean freight shipping industry in recent years. And the waters could get even choppier in 2019.




Though they finally appear to be getting a handle on it, ocean carriers have been plagued by overcapacity for a long time. While that has often meant low, even record low, freight rates for shippers, it also meant financial struggles and losses for carriers. We've watched as carrier competition in the industry shrunk through buyouts, mergers, alliances, and even bankruptcy.




It got so bad that Maersk, the top dog of ocean freight carriers, predicted competition in the industry will shrink to only three global companies.




Ultimately, shrinking carrier competition is a bad thing for shippers. In general, monopolies and oligopolies tend to mean higher prices for poorer service. Obviously, that's not what shippers want to see in the ocean freight industry. Financially healthy carriers benefit shippers and are needed for stability and reliability in the international shipping of goods.




Despite recent months of carriers managing better control of capacity and healthier freight rates, their future is uncertain. In fact, carriers may face their biggest challenge yet in 2019.




Here are the two big problems threatening the ocean freight industry in 2019.

The post 2 Big Problems Ocean Freight Shipping Faces in 2019 appeared first on Universal Cargo.

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global businessWe live in a global economy where about 90% of the world’s goods are transported by sea, but it hasn’t been smooth sailing for the ocean freight shipping industry in recent years. And the waters could get even choppier in 2019.

Though they finally appear to be getting a handle on it, ocean carriers have been plagued by overcapacity for a long time. While that has often meant low, even record low, freight rates for shippers, it also meant financial struggles and losses for carriers. We’ve watched as carrier competition in the industry shrunk through buyouts, mergers, alliances, and even bankruptcy.

It got so bad that Maersk, the top dog of ocean freight carriers, predicted competition in the industry will shrink to only three global companies.

Ultimately, shrinking carrier competition is a bad thing for shippers. In general, monopolies and oligopolies tend to mean higher prices for poorer service. Obviously, that’s not what shippers want to see in the ocean freight industry. Financially healthy carriers benefit shippers and are needed for stability and reliability in the international shipping of goods.

Despite recent months of carriers managing better control of capacity and healthier freight rates, their future is uncertain. In fact, carriers may face their biggest challenge yet in 2019.

Here are the two big problems threatening the ocean freight industry in 2019.

1. IMO Cleaner Fuel Mandate

In 2019, carriers have to figure out how to become compliant with the International Maritime Organization’s (IMO) mandate to reduce the maximum amount of sulfur content in fuel. Currently, there is a 3.5% limit. On January 1st, 2020, the sulfur cap falls to 0.5%.

No matter how carriers reach the cleaner fuel levels — whether through “scrubbers” acting as onboard treatment plants to remove harmful gasses from ship engines and exhausts, much cleaner alternative fuels to the dirty fossil fuels currently used, electric ships, or actual sailing ships — the transition is expensive.

To say carriers are worried about the financial costs of meeting the 0.5% sulfur cap on fuel would be an understatement.

“We’re all going to go bust” is what MOL President and CEO Junichiro Ikeda told the Financial Times would happen to ocean carrier in the near future because of the costs of transitioning to this cleaner fuel level.

This will be a trying year on already struggling carriers as they get ready for the sulfur content rule change. For many carriers, how successful they are at passing increased fuel costs on to shippers could be the difference between competing in the industry and going bust or getting assimilated by a competitor.

In a Journal of Commerce (JOC) article, Peter Tirschwell wrote “the industry has never before faced a regulatory mandate with more potentially disruptive impact” than it does with the impending IMO fuel rule.

2. Trade War

US China Trade WarHow all the current trade war business plays out looms large over the ocean freight industry in 2019.

There is a ceasefire on the escalating tariffs of the trade war between the U.S. and China right now as the countries are in trade negotiations.

However, there is much uncertainty over whether a deal will be reached before the ceasefire’s March 1st deadline. If a deal is not reached by then, the U.S. is scheduled to increase tariffs from 10% to 25% on approximately $200 billion worth of Chinese goods.

The trade war actually helped carriers in the latter part of 2018 as U.S. shippers raced to import goods from China before tariff hike deadlines hit. That inflated and prolonged ocean freight’s peak season and helped profitability for carriers.

The downside to that is decreased freight volume is bound to follow. If the trade war between the U.S. and China begins escalating again, volume of goods moved between the countries could take a hit. Decreased demand is not something an industry struggling with overcapacity needs.

Obviously, the tariff battle between the U.S. and China is the first thing to come to mind when one says trade war; however, President Trump’s tariff moves have triggered trade tensions between the U.S. and many countries around the world. After President Trump’s aluminum and steel tariffs hit, the news was littered with headlines about retaliatory tariffs from and possible trade wars with even ally countries.

We posted articles in this blog about retaliatory tariffs from Canada and the U.S. and EU sitting on the verge of trade war.

Protectionist policies and trade war activities could hurt the ocean freight industry by negatively affecting cargo volumes simultaneous to the industry facing increased costs because of the fuel mandate.

Conclusion

Shipping Containers at Port Importing Exporting2019 will be a hard year for carriers in the ocean freight industry.

Carriers desperately need to maintain discipline when it comes to capacity because they face significant cost increases and the possibility of trade war decreasing demand. They can’t afford the downward pressure on freight rates overcapacity brings.

That also means carriers have added motivation to avoid undercutting each other’s freight rates and be disciplined on enforcing and maintaining general rate increases (GRI) and other fees imposed on shippers.

While carriers do everything they can to maintain the gains they’ve made recently in freight rates, achieving profitability will still be difficult when facing the challenges of 2019.

Shippers should expect 2019 to be a year of higher freight rates and fees.

However, it is possible one or more carriers may still choose to undercut rates and fees of others, making a market share grab and creating downward freight rate pressure in the industry again. The intent would be to outlast or acquire competitors who struggle going into 2020 when the difficult IMO fuel mandate hits and new megaships are scheduled to arrive.

Get ready for an interesting couple of years.

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Are Sailing Ships Solution to Pollution Problem in Ocean Shipping? https://www.universalcargo.com/are-sailing-ships-solution-to-pollution-problem-in-ocean-shipping/ https://www.universalcargo.com/are-sailing-ships-solution-to-pollution-problem-in-ocean-shipping/#respond Thu, 29 Nov 2018 20:49:12 +0000 https://www.universalcargo.com/?p=9260 The ocean freight sector of international shipping is getting closer and closer to the International Maritime Organization’s (IMO) 0.5 percent sulfur cap on fuel. That goes into effect in 2020.




Reducing CO2 emissions in ocean shipping is obviously great for the environment, but just how will carriers reduce fuel emissions to meet these new regulations? Cleaner fuel, electric power, scrubbers to clean traditional fuel in ships are all popular solution suggestions...




But how about a return to traditional sailing?




Yes, sailing, with actual canvas sails that use the wind to push a ship forward. Renault, a French car manufacturer, is turning to traditional sailing to reduce emissions in the transatlantic shipping of its cars just in time for the 2020 regulation change.




Find out about it and more in the blog.

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The ocean freight sector of international shipping is getting closer and closer to the International Maritime Organization’s (IMO) 0.5 percent sulfur cap on fuel. That goes into effect in 2020.

Reducing CO2 emissions in ocean shipping is obviously great for the environment, but just how will carriers reduce fuel emissions to meet these new regulations? Cleaner fuel, electric power, scrubbers to clean traditional fuel in ships are all popular solution suggestions…

sail shipBut how about a return to traditional sailing?

Yes, sailing, with actual canvas sails that use the wind to push a ship forward. Renault, a French car manufacturer, is turning to traditional sailing to reduce emissions in the transatlantic shipping of its cars just in time for the 2020 regulation change.

Gavin van Marle reported in the Loadstar:

Renault has signed a three-year deal with French developer Neoline to construct two wind-powered ro-ro vessels to operate on a transatlantic route from 2020.

Ro-ro stands for roll on/roll off, an option for the shipping of cars where they’re literally rolled on and off of cargo vessels rather than loaded in shipping containers to be transported over sea and ocean.

In his article, van Marle continues, describing these literal sail vessels:

The 136-metre long Neoliner has a beam of 24.2 metres and a standard sailing speed of 11 knots. It has some 4,200sq metres of sail and features “an innovative blend of technical solutions borrowed from the maritime transport industry, as well as from competitive sailing”.

The ship design features a loading ramp at the rear to 1,700 linear metres of cargo space – equating to 478 vehicles.

It doesn’t get any cleaner than using wind to propel a ship. While the wind obviously is not the only power these ships will have for propulsion, it will be the main source. The Loadstar article continues:

Neoline said its primary use of wind power would result in the equivalent of a reduction of CO2 emissions by some 90%.

These Renault commissioned Neoline will be sailing on a route between Nantes, the U.S. East Coast, and the island of St. Pierre off Canada’s coast according the article.

Most of the talk lately has been about scrubbers, cleaner fuel options, and electric ships to reduce emissions, but returning to wind power is not a new idea. The industry has been looking into it and developing ideas on its execution for quite some time.

In 2012, we posted a blog titled: Could Sailing Ships Come Back in the International Shipping Industry? Here’s a quick excerpt:

Nautical engineers have been tinkering with using sails to power commercial ships since at the 1980s. The Carib Alba for example, a 3,500 ton merchant vessel, uses an “auxiliary wind propulsion” system. According to their website, the Carib Alba design has proved cost effective and therefore “economically viable”.

Recently however, other wind-powered commercial ship designs are being tested through the construction of prototypes. At least one of these prototype vessels, the B9, combines sails with a bio-gas engine to power the ship. The result is an interesting hybrid of wind and bio fuel capable of powering a cargo ship on the high seas.

Now, we’re not going to see a return to the days of sailing ships racing each other across the ocean to deliver their goods before the competition does, like the elite cargo ships did during the Great Tea Race of 1866. However, don’t discount wind propulsion as part of the solution for meeting the upcoming IMO regulations.

For thousands of years, sailing ships were the best and fastest way to transport goods, and people for that matter, around the world. While we might think of sailing as something that’s quaint, antiquated, or maybe just a hobby for rich people, it is obvious there is still much this technology has to offer the world of shipping. The world’s air could get a bit fresher for it.

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Holy Crap! Maersk & IBM Team Up to Change International Shipping! https://www.universalcargo.com/holy-crap-maersk-ibm-team-up-to-change-international-shipping/ https://www.universalcargo.com/holy-crap-maersk-ibm-team-up-to-change-international-shipping/#respond Wed, 17 Jan 2018 00:14:12 +0000 https://www.universalcargo.com/?p=8571 Always seeming to be a step ahead of the competition, Maersk is at it again. The industry-leading ocean carrier is forming a joint venture company with IBM that could revolutionize the international shipping industry. Jacob Gronholt-Pedersen reports in Reuters: The world’s largest container shipping firm A.P. Moller-Maersk is teaming up with IBM to create an industry-wide […]

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Global Digital Platform for shipping from Maersk & IBMAlways seeming to be a step ahead of the competition, Maersk is at it again. The industry-leading ocean carrier is forming a joint venture company with IBM that could revolutionize the international shipping industry.

The world’s largest container shipping firm A.P. Moller-Maersk is teaming up with IBM to create an industry-wide trading platform it says can speed up trade and save billions of dollars.

Technically, Maersk has already been working with IBM since 2016 on this blockchain-based platform technology.

Gavin van Marle wrote in an article on the Loadstar:

Maersk and IBM are taking their blockchain collaboration a step further, announcing today that they intend to form a joint-venture company based in New York to “commercialise” the technology.

“Blockchain technology powers the digital currency bitcoin and enables data sharing across a network of individual computers,” Gronholt-Pedersen clarifies. He goes on to write in his Reuters article:

Success of the platform, which will be made available to the ocean shipping industry around mid-2018, depends on whether Maersk and IBM can convince shippers, freight forwarders, ocean carriers, ports and customs authorities to sign up.

It’s hard to imagine shippers, freight forwarders, ocean carriers, ports, and customs authorities won’t sign up and make the platform successful.

For one thing, many such companies are already onboard.

The Loadstar article makes it clear that Maersk and IBM have a head start on convincing businesses to sign up, saying they’ve already got Agility Logistics as well as shippers General Motors and Procter & Gamble signed up to use the blockchain-based international shipping platform.

Not just that, but since Maersk and IBM started working on their joint block chain project in 2016, van Marle writes that DuPont, Dow Chemical, Tetra Pak, Port Houston, Rotterdam Port Community System Portbase, Customs Administration of the Netherlands, and US Customs and Border Protection have linked up to trial the platform. “In addition, Guangdong Inspection and Quarantine Bureau will connect to its Global Quality Traceability System for import and export goods,” van Marle reports.

More companies will likely jump onboard because this platform is a possible solution for a number of problems in the international shipping industry.

Shippers commonly complain about lack of transparency from carriers when it comes to their cargo shipments while carriers are also notoriously unreliable.

This platform offers better service from carriers to shippers through digital transparency while potentially significantly reducing delays that can be costly for both shippers and carriers.

Lucas Mearian gives a little bit of analysis of Maersk and IBM’s blockchain-based electronic shipping platform in an article on Computer World:

The new platform could save the global shipping industry billions of dollars a year by replacing the current EDI- and paper-based system, which can leave containers in receiving yards for weeks, according to the companies.

Blockchain will enable a single view via a virtual dashboard of all goods and shipping information for all parties involved, from manufacturers and shippers to port authorities and government agencies.

As an immutable, distributed ledger, blockchain technology will also improve security, according to Michael White, former president of Maersk Line in North America and CEO of the new company.

Blockchain’s native immutability as a distributed ledger will also create an automatic audit trail for regulators, something with which the industry has struggled.

Along with paper legal documents, much of the international shipping industry’s information has been transmitted via electronic data interchange (EDI) – a 60-year-old technology. But once shipping manifests move to API-based technology on the new platform, shippers and everybody else in the supply chain will have more timely information and improved visibility, White said.

The blockchain technology will employ smart contracts or self-executing workflows determined by the goods being shipped and the authorization they require while in transport.

“The key point is how do you eliminate or minimize delays and how can you shorten the time people are waiting for information or documentation for cargo to move efficiently,” White said.

While international shipping is a $4 trillion a year industry, and 80% of of the goods are carried on ocean vessels, much of the logistics involved in creating cargo manifests, tracking shipments and even getting sign-offs from customs and other port authorities remains a paper process.

As the cost and size of the world’s trading ecosystems continue to grow more  complex, the cost of the required trade documentation to process and administer goods shipped globally is expected to reach one-fifth of the actual physical transportation costs.

According to The World Economic Forum, by reducing barriers within the international supply chain through transparent, electronic communications, global trade could increase by nearly 15%, boosting economies and creating jobs.

Yes, smart contracts or self-executing workflows mentioned by Mearian above would be forms of AI technology. And yes, AI technology and digitization through a digital platform are more examples of the 4th Industrial Revolution (4IR) hitting the international shipping industry.

Previous examples we’ve talked about in posts on this blog are automated cargo ships and electric semi-trucks.

Many have predicted the 4IR to disrupt shipping as this industry—typically behind the times in terms of technology—adapts to all the technological advances and changes on the horizon. However, this Maersk/IBM platform looks like it could quickly improve international shipping.

Of course, the pessimist could always point out the possibility of things going wrong. What could potential bugs in the system do? What happens if a cyber attack shut the platform down? Even as a separate company, would the platform give Maersk an unfair advantage in the industry?

Maersk and IBM still have to gain regulatory approval before their still-unnamed joint venture company can come into existence. However, we may not be waiting long for answers to questions about the joint venture as Gronholt-Pedersen writes in the Reuters article that the platform could be available to the shipping industry by the middle of this year.

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Is International Shipping About to Be Disrupted by the 4th Industrial Revolution? https://www.universalcargo.com/is-international-shipping-about-to-be-disrupted-by-the-4th-industrial-revolution/ https://www.universalcargo.com/is-international-shipping-about-to-be-disrupted-by-the-4th-industrial-revolution/#respond Tue, 17 Oct 2017 22:01:28 +0000 https://www.universalcargo.com/?p=8320 Big, bold letters reading, “Fourth Industrial Revolution will disrupt shipping” headline an article Wolfgang Lehmacher wrote for the Journal of Commerce (JOC). Is this just a sensational headline or are we really hitting a new revolution that will disrupt the international shipping industry? For the past few years, we’ve been hearing about how digitization is about […]

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Big, bold letters reading, “Fourth Industrial Revolution will disrupt shipping” headline an article Wolfgang Lehmacher wrote for the Journal of Commerce (JOC). Is this just a sensational headline or are we really hitting a new revolution that will disrupt the international shipping industry?

automated container shippingFor the past few years, we’ve been hearing about how digitization is about to revolutionize container shipping with Silicon Valley sinking millions of dollars into startups that were supposed to drive traditional freight forwarders out of business with online international shipping platforms.

For the most part, these freight e-commerce companies and platforms have flopped. The Loadstar even posted an article by Gavin van Marle telling readers not to believe the hype, quoting Alphaliner in the headline as saying, “There is a long way to go before digitisation revolutionises container shipping.”

However, this Fourth Industrial Revolution thing seems different than outsiders from the Silicon Valley trying to infiltrate international shipping with their tech-driven business models, even though both the Fourth Industrial Revolution and freight digitization are heralded as game changers for international shipping through new technology.

What even is the Fourth Industrial Revolution?

The term seems to be originated by Professor Klaus Schwab. At the very least, he wrote the book entitled The Fourth Industrial Revolution.

I like how Bernard Marr frames it in an article he wrote for Forbes. “First came steam and water power; then electricity and assembly lines; then computerization… So what comes next?”

The answer he’s leading to is, of course, the Fourth Industrial Revolution (4IR). Marr also points out that some call it industry 4.0.

What it is called is not so important. What really matters is that this industrial revolution is different than the three that came before it, utilizing new technologies that combine the physical, digital, and biological worlds in a way that will profoundly affect all industries of the world. Perhaps, it will even impact our view of what it means to be human.

At least, that’s what Schwab and these articles about his 4IR are saying about it.

New technologies of 4IR include artificial intelligence, automated vehicles, and nanotechnology. Yes, the more I read about 4IR, the more it sounds like the science fiction I grew up with as a kid (and still enjoy today).

But much of the science fiction of my childhood isn’t fiction now. Reading off our phones and tablets looks a lot like the reading they did in Star Trek. Where those fictional characters would say, “Computer,” we say, “Siri” or “Okay Google” now.

We don’t have the automated car systems of Minority Report or I, Robot, but automated cars and trucks are in production. We even posted two blogs recently about automated cargo ships that are supposed to hit the water next year:

WORLD’S FIRST AUTOMATED CARGO SHIP IS ON THE WAY

COULD THIS CONTAINER SHIP BE THE BIGGEST THING TO HIT TRANSPACIFIC SHIPPING?

Automated container ships is just the tip of the iceberg. 3D printing, internet connectivity of all aspects of business--including shipping, AI, electric vehicles, quantum computing, biotechnology… All these things and more are part of this 4IR.

It is very plausible that we are right on the edge of a huge industrial revolution that could make the world look like science fiction movies of the 80’s or 90’s.

The JOC article quotes a keynote address Wolfgang Lehmacher gave at the World Economic Forum:

“The world will significantly change,” he said. “The shipping industry has been impacted by the previous industrial revolutions: It moved from sail-powered shipping to steam-powered shipping in the First Industrial Revolution, to oil-powered shipping in the Second, to satellite guided navigation and digital transport in the Third. The [4IR] is expected to bring to the sector networks of autonomous vehicles.”

The article went on to quote Lehmacher quoting Schwab. Yes, and me quoting it here makes it a quote within a quote within a quote (if we were talking dreams, this would be Inception):

“The changes unleashed by the 4IR are so profound that, from the perspective of human history, there has never been a time of greater promise or potential peril.”

The imagination could easily run away with what this could look like. My mind immediately jumps to what kind of science fiction movies this could inspire, as if it hasn’t already (Ex Machina, anyone?). But what is the disruption headlining the JOC article that this new technology would necessarily bring to shipping?

Well, here’s where Lehmacher gets into disruption in the JOC article:

Although disruption would be unavoidable, Lehmacher said in the past, it came largely from within the industry where new players with new technologies took market share from less advanced players.

“In the 4IR, not only the changes within shipping, but also the changes in other industries will have significant impact. Let’s take the automotive industry. The move towards electric vehicles will disrupt the world in a big way. Electric vehicles have less moving parts and run more mileage than combustion engine powered vehicles. This means less maintenance, less spare part, less cars sold, less parts and cars to be transported; of course also less oil needed, sold, and transported,” he said.

So in other words, this 4IR will hit the international shipping industry from all angles because it will be hitting all the industries of the world. And, as we all know, international shipping plays a role in almost all of them, transporting 90% of the world’s goods.

Just from the example given, shipping takes a hit, losing items that are shipped. Of course, as certain items decrease in demand, it seems like other items will increase in demand. I am not sure that argument exactly adds up to a necessary disruption to international shipping.

The other premise of disruption to shipping appears to be that a change in and of itself automatically results in disruption.

I am not entirely sure that is true either. A shift to automated ships could very well be extremely disruptive as laws have to change and flaws will have to be fixed. However, I could imagine a smooth transition too.

It seems hard to imagine a major global industrial shift that 4IR describes would happen without hiccup. And, of course, the wealthy are the ones most likely to benefit early on and be in the best place to handle major economic upheaval that could happen if the transition is not a smooth one.

Ultimately, we’ll have to see if this Fourth Industrial Revolution really does disrupt the international shipping industry. We do know, the industry is certainly entering a time of change.

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Could This Container Ship Be the Biggest Thing to Hit Transpacific Shipping? https://www.universalcargo.com/could-this-container-ship-be-the-biggest-thing-to-hit-transpacific-shipping/ https://www.universalcargo.com/could-this-container-ship-be-the-biggest-thing-to-hit-transpacific-shipping/#respond Thu, 31 Aug 2017 18:49:17 +0000 https://www.universalcargo.com/?p=8269 A container ship crossing the Pacific Ocean sounds like nothing new. Importers and exporters know that carriers have ships sailing goods between Asia and America every day. However, a ship Nippon Yusen Kabushiki Kaisha (NYK Line) is preparing to send “could disrupt the global shipping industry” according to a Bloomberg Technology article. The headline of that […]

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NYK Container Ship

Photo: kees torn SMIT SCHELDE , AL MURAYKH , NYK DELPHINUS & SMIT SEINE

A container ship crossing the Pacific Ocean sounds like nothing new. Importers and exporters know that carriers have ships sailing goods between Asia and America every day. However, a ship Nippon Yusen Kabushiki Kaisha (NYK Line) is preparing to send “could disrupt the global shipping industry” according to a Bloomberg Technology article.

The headline of that article calls it a “robot ship,” but what we’re talking about here is a large autonomous ship hitting the busy transpacific shipping lanes. Chris Cooper and Kiyotaka Matsuda wrote in the Bloomberg Technology article:

Japan’s largest container line plans to test a remote-controlled vessel across the Pacific Ocean in 2019 as it pursues fully autonomous technology that could disrupt the global shipping industry.

Nippon Yusen K.K. is considering using a large container ship for the test from Japan to North America and a crew will be on standby for safe operations, Hideyuki Ando, a senior general manager at Monohakobi Technology Institute, said…

Even though this autonomous ship will have a crew onboard, just in case, this is a huge step toward seeing container ships arriving at ports without any people onboard. Once these ships have enough successful tests, crews will be gone and the ships will ghost their way around the world.

If you’re a regular reader of Universal Cargo’s blog, you’ll know that NYK Line is not the only company working on autonomous ships for the international shipping industry. Earlier this month, we posted a blog about the world’s first autonomous, electric, emissions free cargo ship on its way from Yara International and Kongsberg Gruppen.

The Bloomberg Technology article also points out Yara, along with other companies, that are developing autonomous ship technology:

The Tokyo-based cargo carrier is joining a list of companies worldwide working to develop vessels without sailors…

Rolls-Royce Holdings Plc, BHP Billiton Ltd., the world’s biggest mining company, and fertilizer producer Yara International ASA are all studying the introduction of autonomous ships. Yara is aiming to test remote operation in coastal waters in 2019, it said in May.

That makes two companies that have announced plans to put autonomous ships in the water in 2019. You can bet the other companies developing autonomous cargo ships are working hard not to get beat out. There may be a full out race underway for releasing cargo ships that sail themselves.

Safety is of greatest concern in putting ships in the water that do not have people in them. That’s why these ships will initially be sailed with crews ready on standby in case there are any malfunctions or problems with the navigation and crash avoidance technologies.

However, concern for safety is also a draw to autonomous ships. In the post about Yara’s automated ship, I brought up some of the international shipping tragedies we’ve shared in this blog over the years, including 33 people being killed when the cargo ship El Faro was lost in Hurricane Joaquin and 7 U.S. sailors being killed in a collision between a containership and Navy destroyer. Since then, more have died in another Navy destroyer collision. And there have been so many more losses of sailors lives over the years.

Even though ocean freight shipping is a daily thing, sailing those international waters is a dangerous thing. Every person taken off those ships is one less person at risk of being lost at sea.

Cooper and Matsuda also bring up fatalities on the seas as a factor in favor of autonomous ships but from another angle. “The technology may help eliminate human errors that are responsible for a vast majority of all marine casualties,” they wrote.

Of course, the biggest driving force behind autonomous ships is probably money. While the initial investment is high, think of how much less money it will cost carriers to sale ships without hiring and feeding crews.

The international shipping industry is changing. The next time you drive by a port or see images of cargo ships sailing or docking, just imagine them with no people onboard.

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World’s First Automated Cargo Ship Is On the Way https://www.universalcargo.com/worlds-first-automated-cargo-ship-is-on-the-way/ https://www.universalcargo.com/worlds-first-automated-cargo-ship-is-on-the-way/#comments Tue, 08 Aug 2017 14:07:40 +0000 https://www.universalcargo.com/?p=8242 It was only a matter of time. Well, there still is some time, really. But not much. The first automated containership is scheduled to set sail in 2018. Check out this video from Kongsberg Gruppen, laying out the details of a ship that will be not only autonomous but also fully electronic with zero emissions: […]

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It was only a matter of time. Well, there still is some time, really. But not much. The first automated containership is scheduled to set sail in 2018.

Check out this video from Kongsberg Gruppen, laying out the details of a ship that will be not only autonomous but also fully electronic with zero emissions:

YouTube Video

Every time you turn around it seems like the international shipping industry is one step closer to taking people out of the logistics process.

There’s Amazon with its delivery drones to replace delivery people, self-driving trucks to squeeze truckers out of the future of shipping, port automation creating contention in labor contract negotiations because of its potential to take dockworker jobs away, a push for automated freight forwarders, and now ships that don’t need a crew on board at all.

Don’t get me wrong, we’re not going to wake up tomorrow and see a world in which there are no jobs for people in the international shipping industry, but a substantial shift is happening in the industry.

And that shift is actually exciting.

Seeing more autonomous pieces in the supply chain does not mean people are removed from the process. But the shift will change the type of jobs that dominate the industry.

1st automated, electric, emission free container ship by Yara International & Kongsberg Gruppen

1st automated, electric, emission free container ship by Yara International & Kongsberg Gruppen

Costas Paris reports in The Wall Street Journal that before this automated ship takes voyages completely on its own, “a single container will be used as a manned bridge on board. Then the bridge will be moved to shore and become a remote-operation center. The ship will eventually run fully on its own, under supervision from shore, in 2020.”

People still have a place in this automated future of shipping. But that role is changing. Managing the navigation of ships, trucks, and port equipment from a distance is where jobs in the field are heading.

As people move to rooms to program navigation and manage automated shipping machinery, it means less physical risk to persons.

Dockworker, truck driver, and ship crew vocations are dangerous jobs. Perhaps putting self operating machines in those places takes a little adventure out of the process, but it should eventually mean fewer injuries and deaths in the supply chain.

Over the past few years, we’ve shared a number of international shipping tragedies that have claimed the lives of people. Eight people died at the Port of Genoa in Italy a few years ago when a container ship crashed into the dock and toppled a control tower. About two years ago, 33 people were killed when the cargo ship El Faro lost power in the path of Hurricane Joaquin. Just a couple months ago, 7 U.S. sailors were killed in a collision between a containership and Navy destroyer.

These aren’t by any means the only international shipping tragedies that, with a heavy heart, we’ve had to share with our readers. They’re just the first three that came to mind.

Imagine how many future tragedies could be avoided if when a ship goes down there is no one onboard.

Of course, there is much work to be done to make sure the use of automated ships is done safely. Just like automated trucks and cars are not just roaming the streets all over on their own, crew-less ships won’t just take over the oceans the moment an automated ship gets built. There are laws to consider, technology to be developed, logistics to be worked out… But these things are coming.

 

Robert Wall and Costas Paris report in the Wall Street Journal that “Ship designers, their operators and regulators are gearing up for a future in which cargo vessels sail the oceans with minimal or even no crew.”

They even quote Palle Laursen, head of Maersk Line Ship Management as saying, “The benefit of automation is as an enabler of further efficiency across the 630 vessels we operate.”

Now, the Yara Birkeland, the autonomous ship being touted in the video at the top of this post, is nowhere near as big as the typical container ship you see carriers like Maersk employing on the seas. Its capacity will only be 150 TEUs. Compare that to the literally thousands of shipping containers a typical cargo ship hauls nowadays and it might not seem like much. However, it is a huge, huge first step toward the emergence of automated ships.

Maersk’s interest in automated ship technology is of special significance. You know once Maersk, as the leader in ocean shipping, rolls out with an automated cargo ship, the rest of the world’s carriers will quickly follow.

Just as exciting as the automation of the Yara Birkeland is its ecological impact. Or lack thereof. Completely electric with zero emissions, the Yara Birkeland is also a big step forward in greener shipping for an industry that has come under attack for its emissions of greenhouse gases, despite the focus ocean shipping has had on reducing its ecological impact over the last several years.

I can just hear the classic Temptations song blasting from the deck of this automated, electric, zero emissions cargo ship: “Get ready ’cause here I come.”

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Ports of LA & LB Release Clean Air Action Plan for Public Comment https://www.universalcargo.com/ports-of-la-lb-release-clean-air-action-plan-for-public-comment/ https://www.universalcargo.com/ports-of-la-lb-release-clean-air-action-plan-for-public-comment/#respond Thu, 20 Jul 2017 06:20:50 +0000 https://www.universalcargo.com/?p=8216 A draft of the 2017 Clean Air Action Plan (CAAP) update has been released by the Ports of Los Angeles and Long Beach. You have between now and September 18th to submit written comments on it. An updated CAAP was promised back in June when Los Angeles Mayor Eric Garcetti and Long Beach Mayor Robert Garcia […]

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Port of Los Angeles Smog

Smog over the Port of Los Angeles PICTURE: Nick C. Prior

A draft of the 2017 Clean Air Action Plan (CAAP) update has been released by the Ports of Los Angeles and Long Beach. You have between now and September 18th to submit written comments on it.

An updated CAAP was promised back in June when Los Angeles Mayor Eric Garcetti and Long Beach Mayor Robert Garcia signed a pact to update the plan with targets of zero emissions in the cargo handling machinery and trucks of the Ports of Los Angeles and Long Beach.

You would think the Port of Los Angeles Executive Director’s name was Gene Roddenberry rather than Gene Seroka based on his words upon the release of the 2017 CAAP update draft:

“These ports are going where no port has gone before.”

Obviously, there is excitement from the port directors upon releasing a plan that, if executed, would make the Ports of Los Angeles and Long Beach the greenest, cleanest, technologically-advanced-machine-est in the world.

[Seroka continued,] “Based on what we’ve already accomplished to promote healthy, robust trade through our gateway, we’re ready to make history again, looking at a new array of technologies and strategies to further lower port-related emissions in the decades ahead.”

“Working closely with all our partners has been crucial to our success. That same collaboration went into the development of the 2017 CAAP and will be indispensable going forward,” said Port of Long Beach Executive Director Mario Cordero. “Since 2006, the Clean Air Action Plan has been a model for programs to reduce health risks and air quality impacts from port operations worldwide. We remain committed to being leaders in seaport sustainability.”

Those are certainly nice words from the directors of the ports, but what exactly are the strategies the updated plan proposes to utilize to reach its lofty zero emissions goals?

The ports’ joint press release lists the strategies, grouped under four categories:

Clean Vehicles, Equipment Technology and Fuels

  • Starting in 2018, phase in clean engine standards for new trucks entering the port drayage registries followed by a truck rate structure that encourages the use of near-zero and zero emissions trucks, with the goal of transitioning to a zero emissions drayage fleet by 2035.
  • Reduce idling and support the state’s efforts to transition terminal equipment to zero emissions by 2030.
  • Update the Vessel Speed Reduction Program, expand the use of state-approved alternative technologies to reduce at-berth emissions, and encourage clean technology upgrades on ships to attract the cleanest vessels to the San Pedro Bay ports.

Freight Infrastructure Investment and Planning

  • Expand use of on-dock rail, with the long-term goal of moving 50 percent of all inbound cargo leaving the ports by rail.
  • Develop charging standards for electric cargo handling equipment.

Freight Efficiency

  • Develop a universal truck appointment system for the entire complex with the goal of minimizing truck turn times.
  • Create a voluntary Green Terminal Program to recognize terminal operators achieving high levels of freight movement efficiency.
  • Continue to explore short-haul rail, staging yards, intelligent transportation systems and other supply chain efficiency improvements.

Energy Resource Planning

  • Develop infrastructure plans to support terminal equipment electrification, alternative fuels and other energy resource goals.
  • Continue to develop and implement viable energy conservation, resiliency and management strategies.

The plan was just released on Wednesday (July 19th), but already there is plenty of criticism.

The Los Angeles Times published an article by Tony Barboza that headlines with the plan could cost $14 billion.

Barboza’s excellent article highlights a number of the criticisms of the plan, many of them coming down to the money it would cost to be realized:

One of the biggest questions raised Wednesday by industry and environmentalists was how the thousands of new trucks and pieces of equipment would be paid for — not to mention how quickly the change-over realistically could happen.

While environmentalists welcomed many elements of the plan, they criticized its lack of new targets for reducing smog-forming emissions as well as measures to ensure speedy progress and ease pollution-triggered health problems.

“The plan relies too heavily on yet-to-be-developed state regulations, millions in yet-to-be-located subsidies and voluntary programs,” said Melissa Lin Perrella, an attorney with the Natural Resources Defense Council. “At the end of the day, we have to ask if the words on paper will make the air safe to breathe. The plan is not there yet.”

And industry groups and truckers expressed big concerns about the price tag.

Weston LaBar, executive director of the Harbor Trucking Assn., said it was important “that we don’t saddle an industry that has invested billions of dollars in clean technology with a mandate that is not viable commercially or operationally.”

Business groups said the plan will place too heavy a burden on Southern California’s economy and put its freight-moving industries at a disadvantage at a time of increasing competition with other seaports.

Barboza’s article does much more than cover the criticisms of the plan and is certainly worth a read.

However, if you are really interested in the plan and concerned with its feasibility and potential impact, you can read the 2017 CAAP update itself by clicking here.

After you’ve read the plan for yourself, you can let your voice be heard in two ways.

The first way is by submitting written comments to CAAP@cleanairactionplan.org by 5 pm on September 18th.

The second is to attend a CAAP public workshop at 5 pm on August 30th at Banning’s Landing Community Center, located at 100 Water St. in Wilmington.

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2 Lawsuits Making International Shipping Headlines https://www.universalcargo.com/2-lawsuits-making-international-shipping-headlines/ https://www.universalcargo.com/2-lawsuits-making-international-shipping-headlines/#respond Tue, 10 Jan 2017 22:03:33 +0000 https://www.universalcargo.com/?p=7972 Attorneys from Nofeeinjurylawyers.com.au has stated that as there are a great deal of parties and laws involved in international shipping. Therefore, it is not surprising that the courts play a role in the industry. Right now, a couple cases in the international shipping industry are making headlines. Here’s a quick look at them: NWSA Files […]

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international shipping newsAttorneys from Nofeeinjurylawyers.com.au has stated that as there are a great deal of parties and laws involved in international shipping. Therefore, it is not surprising that the courts play a role in the industry.

Right now, a couple cases in the international shipping industry are making headlines. Here’s a quick look at them:

NWSA Files Objection to Hanjin’s Terminal Shares Sale

A lawsuit is saying not so fast to the sale of Hanjin Shipping’s stake in Total Terminals International (TTI).

Mediterranean Shipping Company (MSC) is on its way to complete control of TTI through its company Terminal Investment Ltd (TIL). However, the Northwest Seaport Alliance (NWSA) has interrupted the sale with legal action.

Chris Dupin reports in an American Shipper article:

The Northwest Seaport Alliance (NWSA), which encompasses marine terminals at the ports of Seattle and Tacoma, said Friday that it filed an objection in U.S. Bankruptcy Court in Newark, N.J. to the proposed sale of Hanjin Shipping’s interest in Total Terminals International (TTI).

TTI has leased Terminal 46 in the Port of Seattle since 1991.

A spokesman for NWSA said, “We take this action in order to ensure the interests of the NWSA, under its lease with TTI, are adequately protected in the form of surety of lease payments. Our action is consistent with one of the purposes of Chapter 15 of the Bankruptcy Code, which is to protect the interests of US parties in a foreign bankruptcy.”

NWSA has a right to be concerned about the continued payment from its lessee, TTI. NWSA also has the right to take legal action to protect itself in this matter.

It would seem that among the concerns NWSA has is that TIL is buying Hanjin’s shares, in part, on behalf of Hyundai Merchant Marine (HMM).

Dupin’s article highlights the point with, “Hanjin Shipping’s ‘motion suggests that TIL is acquiring some portion of the ownership of TTI as an agent for HMM,’ the NWSA said.”

Just this summer, before Hanjin Shipping’s collapse, it looked like HMM was headed for receivership. It doesn’t take any imagination to think HMM’s financial situation, as well as MSC and TIL’s, is of utmost concern to the NWSA.

It is expected that the NWSA will work out its issues with MSC/TIL and allow the sale of the TTI shares. However, as it stands, the NWSA’s court filed objection is stalling the sale.

So the drama of Hanjin’s bankruptcy continues.

TTI not only operates a terminal at the Port of Seattle but also at the Port of Long Beach.

ILWU Lawsuit Could Go Before Oregon Supreme Court

It seems that the ILWU has done everything in its power to crush the Port of Portland, remaining bitter even after the union won a fight over two jobs that ultimately cost many more at and around the port.

The ILWU wanted to take control of two jobs–two jobs monitoring, plugging, and unplugging reefer shipping containers–at the Port of Portland that the International Brotherhood of Electrical Workers had been doing for the previous 30 years.

The ILWU hard timed the port so much, slowing the movement of cargo to a crawl, that carriers stopped calling upon the Port of Portland with containerships altogether.

Subsidies were used to try to keep business from carriers at the port, but the ILWU attacked those with a lawsuit.

Chris Dupin, in another American Shipper article, explains how that lawsuit is now being proposed to the Oregon Supreme Court:

The Oregon Supreme Court is being asked to look at the legality of subsidies the Port of Portland gave to ocean carriers in 2012 and 2013.

The 9th Circuit U.S. Court of Appeals last week referred questions raised in a lawsuit filed by the International Longshore and Warehouse Union (ILWU) against the port that challenged the subsidies, saying it was not clear if the way the subsidies were accounted for was legal under current Oregon case law.

“We are hesitant to expand Oregon law in a manner that may be contrary to Oregon’s wishes and in an important subject matter in Oregon’s history,” the 9th Circuit said. “If the Oregon Supreme Court declines certification, we will resolve the question according to our best understanding of Oregon law.”

In my opinion, the ILWU has gone way too far at the Port of Portland. To assert their jurisdiction over jobs–and specifically over two jobs that had always traditionally been performed by another union–the ILWU did everything it could to destroy the port’s business.

The actions of the union hurt more than just the terminal owners. The local economy, shippers, and everyone involved in the supply chain around the Port of Portland suffered. And the ILWU hurt itself.

Perhaps in the bigger scope, the ILWU was willing to sacrifice labor hours and jobs at the Port of Portland to show the rest of the PMA that it is not to taken lightly. Ultimately, however, this sort of action hurts the trust everyone in the supply chain has in the union.

Here are a few stories you can read to get background on what happened at the Port of Portland with the ILWU:

ILWU TAKES ADVANTAGE OF NO CONTRACT, SLOWING DOWN PORT OF PORTLAND

JUDGE RULES ILWU PURPOSEFULLY SLOWED IMPORT/EXPORT @ PORT OF PORTLAND

ILWU LOCAL 8 SHOULD PAY DAMAGES TO PORTLAND SHIPPERS

WHY IS THIS INTERNATIONAL SHIPPING STORY SO SAD?

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Port of LA Launching Program to Eliminate Port Pollution https://www.universalcargo.com/port-of-la-launching-program-to-eliminate-port-pollution/ https://www.universalcargo.com/port-of-la-launching-program-to-eliminate-port-pollution/#respond Thu, 26 May 2016 20:18:42 +0000 https://www.universalcargo.com/?p=7280 Can the Port of Los Angeles, the continent’s largest port by container volume, completely eliminate its pollution? Not only is that the goal, but the port is rolling out zero and near-zero emission technologies and strategies in a program “expected to reduce more than 3,200 tons per year of greenhouse gases and nearly 28 tons […]

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Smog over the Port of Los Angeles PICTURE: Nick C. Prior

Smog over the Port of Los Angeles PICTURE: Nick C. Prior

Can the Port of Los Angeles, the continent’s largest port by container volume, completely eliminate its pollution?

Not only is that the goal, but the port is rolling out zero and near-zero emission technologies and strategies in a program “expected to reduce more than 3,200 tons per year of greenhouse gases and nearly 28 tons annually of diesel particulate matter, nitrogen oxides and other harmful emissions from operations at [the port],” according to a Port of L.A. press release.

This is actually incredible news.

Imagine 14,100 cars per day being taken off the road of SoCal’s coast. Yes, that would be nice for those driving through the hell that is Los Angeles traffic, but we’re only concerned with the emissions the cars produce right now. Taking away the pollution of those 14,100 cars is what the South Coast Air Basin’s air gains will equate to with this program, according to the Port of L.A.

I won’t spiral this down into an article on the evils of pollution. We all know pollution is bad for the world and our health. Ports around the world are huge generators of pollution, but the Port of L.A. is leading the way toward changing that with the launch of the new Green Omni Terminal Demonstration Project.

The ramifications using, like this program will use, renewable and clean energy around the world at ports, eliminating the smog and greenhouse gases they currently produce, are huge.

Because so often international shipping news is dominated by negative stories like port congestion and carriers struggling to make a profit and survive, this story is a breath of fresh air. Literally.

The Port of L.A. shares in their press release:

… Pasha Stevedoring and Terminals L.P. and the Port of Los Angeles are launching the Green Omni Terminal Demonstration Project, a full-scale, real-time demonstration of zero and near-zero emission technologies at a working marine terminal.

“This is a Wright Brothers moment,” said Jeffrey Burgin, Senior Vice President of Pasha. “We’re going to be the proving ground to change the paradigm of how large industrial facilities can run on clean energy. We’re confident we can show [eliminating pollution from port-related operations] is absolutely attainable.”

Here’s a list of things the press release says the project will utilize to reach its goals:

  • new and retrofitted zero-emission electric vehicles and cargo-handling equipment
  • latest generation of advanced technology for capturing ship emissions from vessels unable to plug into shore power at berth
  •  a microgrid that includes solar generation, battery storage, and an energy management system to maximize usage

Here are the details the press release gives on the project:

Project implementation will start in June with the final design and construction of the solar-powered microgrid. Components include a 1.03 megawatt photovoltaic rooftop array, a 2.6 megawatt-hour battery storage system, “bi-directional” charging equipment that can receive as well as supply power, and an energy management control system.

The project’s developmental fleet of zero-emission cargo handling equipment includes four electrified yard tractors, two high-tonnage forklifts, two drayage trucks and a top handler. Additionally, two wharf cranes will be upgraded with new electrical drives and control systems, and the project will demonstrate ShoreCat, the next generation of the METS-1 (Marine Exhaust Treatment System) for capturing at-berth vessel emissions without plugging into shore power. METS-1, which was piloted at the Port of Los Angeles, is one of only two existing ARB-approved alternatives to shore power.

In addition to integrating zero-emission vehicles and cargo handling equipment into the full scope of terminal operations, the project’s goals are to reduce emissions at berth from non-regulated ships, accelerate the development of commercially viable zero and near-zero emission equipment and solutions.

The project isn’t cheap, costing $26.6 million.

That cost may slow other ports from following suit right away. However, if the program is as successful as expected, other ports around the world should follow the Port of L.A.’s lead.

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BNSF May Abandon Los Angeles Rail Gateway Over Lawsuit https://www.universalcargo.com/bnsf-may-abandon-los-angeles-rail-gateway-over-lawsuit/ https://www.universalcargo.com/bnsf-may-abandon-los-angeles-rail-gateway-over-lawsuit/#respond Tue, 12 Apr 2016 20:02:18 +0000 https://www.universalcargo.com/bnsf-may-abandon-los-angeles-rail-gateway-over-lawsuit/ A $500 million rail project that would serve the Port of Los Angeles, and certainly the Port of Long Beach too, is on the verge of being scrapped. Over a decade in the making, the Southern California International Gateway (SCIG) is the BNSF Railway project to build a new rail yard near the Port of Los Angeles […]

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BNSF_scrapping_Southern_California_International_Gateway-2.jpgA $500 million rail project that would serve the Port of Los Angeles, and certainly the Port of Long Beach too, is on the verge of being scrapped.

Over a decade in the making, the Southern California International Gateway (SCIG) is the BNSF Railway project to build a new rail yard near the Port of Los Angeles that was supposed to actually reduce pollution from international shipping related activities around the ports.

However, the city of Long Beach, along with other litigants, sued for an injunction against the project, claiming it is detrimental to West Long Beach residents and the environmental impact report on the project does not comply with the California Environmental Quality Act, according to a Press-Telegram News article.

Apparently, the judge agreed. Long Beach won the lawsuit.

The project seemed to many like a very good thing for the Los Angeles area, both in terms of environmental impact and port activities.

The proximity of this big rail yard to the ports could help with the congestion the Ports of Los Angeles and Long Beach have struggled with in the wake of megaships and carrier alliances (along with other factors like chassis shortages and labor strife).

But how would it actually help reduce pollution or decrease the negative environmental impact of shipping around the ports?

According to another Press-Telegram News article:

BNSF and Los Angeles officials asserted that SCIG would lead to improved environmental conditions by eliminating the need for harbor truckers to haul rail-bound freight all the way to BNSF’s Hobart Yard, which is 24 miles north of the Port of Los Angeles in Commerce.

Project plans also included environmentally-friendly technologies such as low-emission locomotives and electric cranes.

So less pollution from trucking cargo from the ports paired with environmentally-friendly rail activities was how a positive effect on environmental impact in the area was to be achieved. In fact, the claim is that the region’s air quality would be greatly improved.

That there would be an economic advantage to the project seems obvious to all.

In fact, and funnily enough, that article also quotes Long Beach City Attorney Charles Parkin lamenting the idea of BNSF scrapping the project altogether:

“My only comment is, this would be unfortunate,” he said of the possibility of BNSF abandoning the proposed rail yard. “We trust there could be mitigations that would allow that project to go forward,” he said.

What kind of mitigations would make Long Beach happy to drop the injunction and allow the project to move forward? The article did include an idea of what the city would want:

Long Beach officials contended the project should include buffers and other measures, such as grants for home air-filtration systems and double-pane windows, to protect residents’ health.

While the health of the region is important, so is the health of the neighborhood residents near the proposed rail way.

It is unclear what the extra cost of providing all that Long Beach wants for their Westside residents and neighborhoods, but it is obvious that BNSF does not see a way they can move forward with the project if they meet all the demands.

Furthermore, BNSF objects to the implications of the court ruling.

A Progressive Railroading article shares BNSF’s view on the lawsuit:

After reviewing California Superior Court Judge Barry Good’s ruling, BNSF officials are “troubled by what the decision represents and uncertain whether moving forward with the project is feasible at this time,” said BNSF Executive Vice President and Chief Marketing Officer Steve Bobb in a press release.

“We will confer with Port of Los Angeles officials, but it is not clear whether or how the project could be built under the framework set by the decision,” Bobb said.

“With this decision, California sends a clear signal to companies interested in investing in the state that their business isn’t welcome, regardless of how green it will be or how it will support the regional and state economy,” said Bobb. “It sets a chilling precedent for not only the rail industry, but the entire goods movement sector, which employs more than a million Californians.”

What do you think about this project and the ruling against it? Share your thoughts in the comments section below.

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Source: UC Blog

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Port of Los Angeles Secretly Broke Anti-Pollution Agreement https://www.universalcargo.com/port-of-los-angeles-secretly-broke-anti-pollution-agreement/ https://www.universalcargo.com/port-of-los-angeles-secretly-broke-anti-pollution-agreement/#respond Thu, 17 Dec 2015 23:52:13 +0000 https://www.universalcargo.com/port-of-los-angeles-secretly-broke-anti-pollution-agreement/ Residents feel betrayed. Green groups are enraged. Politicians call for change. What happened? In 2003, an anti-pollution agreement was made–well, a settlement, really–in which the Port of Los Angeles was to follow several practices to reduce the harmful pollution generated at the port. The port was doing a big expansion at the China Shipping Terminal. […]

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Port_of_Los_Angeles_Broke_Anti-Pollution_Agreement.jpgResidents feel betrayed. Green groups are enraged. Politicians call for change.

What happened?

In 2003, an anti-pollution agreement was made–well, a settlement, really–in which the Port of Los Angeles was to follow several practices to reduce the harmful pollution generated at the port.

The port was doing a big expansion at the China Shipping Terminal. The expansion caused a huge outcry from the public, whose health was being overlooked, that led to a lawsuit against the port and city of Los Angeles.

A $60 million settlement was reached and approved by the state judge on the case. That settlement was received with excitement as it would allow the Port of Los Angeles to move forward with its expansion of the China Shipping Terminal and reduce pollution, benefiting the health of those in the communities near the port.

The New York Times published an article at the time with a quote that encapsulates the optimism created by the deal:

”This settlement will create a model terminal for what a green port should look like,” said Gail Ruderman Feurer, a lawyer with the Natural Resources Defense Council, one of the groups that sued the city and port for failing to assess the environmental impact of expansion there. ”Many things the city has agreed to do will be done for the first time in the City of Los Angeles.”

Or would it?

Barbara Whitaker summarized the settlement in the 2003 New York Times article:

Under the settlement in State Superior Court, a $50 million fund will be created to reduce the impact of port operations, which generate high levels of air pollution, on the adjacent Los Angeles neighborhoods of San Pedro and Wilmington. Of that amount, $10 million is to go to reduce emissions from independently owned diesel trucks that serve the port; $20 million to efforts to reduce air pollution over four years; and $20 million to create parks and clean up and beautify areas around the port. 

In addition, $10 million was earmarked for specific changes at the China Shipping terminal, a major expansion at the port that led to the public outcry. 

As part of the settlement, the city agreed to provide electric power to ships so they will not run their diesel engines, and $5 million will go to retrofitting vessels so they can use the electricity. Another $5 million will go toward replacing 16-story cranes with ones with a lower profile. The agreement also specified that cleaner alternative fuel trucks will be used at the terminal. 

The settlement money will come entirely from port revenues.

It was this lawsuit settlement, and the environmental reviews it created, that forced the Port of Los Angeles to add 52 mitigation measures to an environmental impact report in order for approval to be granted for expansion of the China Shipping terminal in 2008.

It turns out, several of those 52 measures have quietly not been implemented by the Port of Los Angeles. The port finally admitted such in a document released in September:

Most of these measures have either been completed or will be completed within the time period for implementation. These completed or to be completed mitigation measures are outside of the scope of the proposed Project and will not be further considered in the Supplemental EIR.

There are 11 mitigation measures, however, that have not yet been fully implemented for various reasons.

Then a chart is provided in the document, recreated below, listing mitigation measures wished to be reviewed and changed. There are actually 12 measures listed in the chart.

Mitigation Measure

Description

AQ-9

Alternative Maritime Power (AMP) for 100% of vessels

AQ-10

100% compliance with 40-nm Vessel Speed Reduction Program

AQ-15

Liquefied petroleum gas (LPG) Yard Tractors/0.015 g/hp-hr PM

AQ-16

Emissions standards for yard equipment at Berth 121-131 rail yard

AQ-17

Emissions standards for yard equipment at Berths 97-109 terminal

AQ-20

LNG-powered drayage trucks (70% through 2017, 100% in 2018 and thereafter)

AQ-23

Throughput tracking to verify EIR assumptions

NOI-2

Noise walls and soundproofing of noise-sensitive structures

TRANS-2

Modify Alameda St/Anaheim St by 2015

TRANS-3

Modify John S Gibson Blvd/I-110 N/B ramps by 2015

TRANS-4  

Modify Fries Ave/Harry Bridges Blvd by 2015                                                       

TRANS-6

Navy Way and Seaside Ave by 2030

The changes the port is hoping for in the review? The document clarifies:

Changes could include elimination of measures that have proven to be clearly infeasible, addition of replacement measures to address those impacts, and revision of measures that have proven problematic to implement in order to achieve comparable results.

So all these years the public has thought the Port of Los Angeles had implemented many pollution mitigating measures at the extremely large China Shipping terminal, measures that got expansion of the terminal approved, only to find out the port not only did not implement the measures, but is now seeking to have the measures eliminated or changed.

AllGov.com published an article that elaborates on how bad the port’s “shortfalls” on these pollution fighting measures has been:

Tony Barboza reported that China Shipping North America, which operates a giant 130-acre terminal near Vincent Thomas Bridge, received a waiver from the port that let it ignore an agreement requiring ships to plug into on-shore electrical outlets instead of belching out pollutants while their diesel-engines idle. The waiver was issued shortly after an environmental impact report was approved for the terminal expansion in 2008.

The Times used the California Public Records Act to obtain documents detailing the waiver in 2009, which let China Shipping off the hook for a rule that required at least 70% of ships to plug in and shut down. “The Port will not hold China Shipping responsible for any outcome as a result of not meeting the 70 percent AMP requirement,” then-port Executive Director Geraldine Knatz wrote in a letter.

The port issued other waivers after regulations further tightened in 2011 until state regulators put a stop to it last year, the Times said. But, by then, plugins had dropped from 66% in 2011 to 12% in 2012 and more diesel fumes were billowing into some of the nation’s worst air. Compliance hit 98% in 2014 after state regulators said they had to hook up.   

Other shortcomings at China Shipping were recorded by port employees but not acted upon. Some trucks and yard tractors that should have been switched to alternative fuels were not and ships that were supposed to slow down as they approached did not.

The Times said records showed China Shipping converted just 6% of the vehicles, a tad short of the required 70%. Requests by the Times for records and reports that China Shipping was to make public on a regular basis―as a condition of being allowed to expand the terminal―came up empty.

Was that sarcasm at the end from the Times?

It’s no wonder people are so angry and “Rep. Janice Hahn (D-San Pedro) is throwing her support behind the demands of harbor-area residents calling for independent oversight of the Port of Los Angeles,” as reported by the L.A. Times.

Port of Los Angeles Executive Director Gene Seroka addressed the situation in a written, prepared statement in October, shortly after the communities around the port became aware of the ports actions (or non-actions) at the China Shipping terminal.

After pointing out emission inventories are “currently at or below all levels studied in the 2008 Environmental Impact Report,” Seroka went on to say:

Secondly, we are faced with an unfortunate issue of delayed implementation of mitigation measures. This is a situation that was inherited by this current Port management team. We are taking ownership. It must be addressed. The Board of Harbor Commissioners, along with the Mayor, and I are committed to fixing the issue. We are solution driven. And we are committed to ensuring that something like this never happens again.

Seroka goes on to talk about the economical benefits of the port, the jobs it supports, and so on. He also gives insight into how the port failed to implement many of the mitigation measures and why its leaders came to the decision to seek changes (including elimination in some cases) of measures that have not been enacted:

The Port implements its mitigation measures by including them in leases with its tenants. The Port engaged in an extensive negotiation process with China Shipping to amend its existing lease for the terminal to include these new mitigation measures but never entered into an amended permit incorporating the mitigation measures. Over the course of this lengthy negotiation process, it became apparent that there were technological, economic and operational challenges that suggest that some of the adopted mitigation measures are infeasible. 

Based on this information, the Port is preparing a Supplemental EIR that identifies and analyzes the potential environmental impacts of possible changes in the mitigation measures, based on the feasibility of some of the mitigation measures, the availability of alternative technologies, and other factors. As described in the Notice of Preparation, these measures include the requirements for 100% of vessels to use Alternative Marine Power; 100% compliance with 40-nm vessel speed reduction program; LPG-fueled yard tractors; LNG-powered drayage trucks; and emissions standards for yard equipment.

Anger over the situation is completely understandable.

A reaction reported in the Los Angeles Times captures why people, especially those in the communities around the port, should be so upset:

“This whole time we’ve been led to believe that this is a much cleaner project than it has been,” said Mark Lopez, who heads East Yard Communities for Environmental Justice. He said the pollutants could bring “untold health consequences to the community.”

In fairness to the Port of Los Angeles, it has invested a large amount into mitigation measures, apparently completing or working on the implementation of 41 of the 52 measures. Here’s one last quote from Seroka’s statement to emphasize that point:

…the Port continues to monitor conditions at the terminal. Most of the mitigation measures have been completed or will be completed within the time period for implementation. Indeed, the Port has invested more than $80 million in community mitigation measures at China Shipping’s terminal.

However, the way this whole thing played out makes the words, quoted in the 2003 New York Times article, of Noel Park, president of the San Pedro Peninsula Homeowners Coalition at the time, sound ominous. 

”We have to be pleased, they’ve never done anything for us before,” Mr. Park said. ”We’ve certainly got ourselves on their radar screen. How that plays out down the road, however, remains to be seen.”

Certainly, more transparency will be demanded of the port so more can be seen than was the case during the decade after the 2003 settlement.

Click Here for Free Freight Rate Pricing


Source: UC Blog

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Tips to Choose the Best Shipping and Auto Transportation Companies https://www.universalcargo.com/tips-to-choose-the-best-shipping-and-auto-transportation-companies/ https://www.universalcargo.com/tips-to-choose-the-best-shipping-and-auto-transportation-companies/#comments Tue, 10 Sep 2013 23:35:18 +0000 https://www.universalcargo.com/?p=7478 Guest Blog by Mary James from Pacific Tycoon. There are various reasons people choose one transportation company or other in order to meet their shipping needs. Whatever your reason be and the number of cars you own, there is always a transportation solution present around you. All you have to do is to choose the […]

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Guest Blog by Mary James from Pacific Tycoon.

There are various reasons people choose one transportation company or other in order to meet their shipping needs. Whatever your reason be and the number of cars you own, there is always a transportation solution present around you. All you have to do is to choose the right option for you.

Many people do not have a pleasant experience with the shipping companies just because they do not know how to choose the best one. The next time you are in need of such a service, always abide by the following rules to save your money and avoid any unpleasant situation.

While shipping companies can be a great option for long-distance car relocation, they might not always be the most cost-effective solution, especially for shorter trips. This is where used car dealers come in. They offer a vast selection of vehicles at various price points, allowing you to find the perfect car that fits your budget and needs.

When considering buying a car, used car dealerships can be a treasure trove, particularly if you’re looking for SUVs. With families increasingly opting for spacious and versatile vehicles, the market for suv cars for sale second hand is booming. These dealerships often stock a wide range of SUVs from different manufacturers and model years, giving you the flexibility to find one that perfectly suits your lifestyle and driving preferences. Moreover, reputable used car dealers thoroughly inspect their vehicles and often provide warranties for added peace of mind.

When navigating the myriad options at a used car dealership, the allure of SUVs isn’t the only attraction. For those with an eye on environmentally friendly transportation, electric vehicles (EVs) are increasingly in demand. Among the array of offerings, the BYD brand stands out as a leader in the EV market, offering eco-conscious drivers both reliability and sustainability. Discerning buyers may find themselves drawn to the prospect of a used byd for sale. In the realm of used car dealerships, the emphasis isn’t solely on the transaction but also on providing customers with a seamless and trustworthy experience.

When considering the sale of your vehicle, understanding its valuation is crucial. Accurate car valuation hinges on multiple factors including the make, model, year, mileage, and condition. For those selling a sorn car, the process can be slightly different. Declaring a vehicle as SORN (Statutory Off Road Notification) means it isn’t driven or kept on public roads, which could impact its value. Potential buyers might factor in the cost and effort required to make the car roadworthy again. Therefore, having a clear, honest assessment of your car’s current state can help set realistic expectations and foster trust with prospective buyers.

After securing the ideal vehicle from a used car dealership, owners often turn their attention to enhancing the comfort and aesthetics of their new ride. One popular accessory that can elevate both the style and longevity of a car’s interior is high quality seat covers. These covers not only add a touch of personalization but also serve as a practical solution for protecting the seats from everyday wear and tear. With a plethora of options available, owners can select seat covers that complement the interior design scheme while providing durable protection against spills, stains, and fading. Whether opting for sleek leather covers or breathable fabric options, the addition of seat covers unlimited offers peace of mind, ensuring that the car’s interior remains pristine for years to come. As owners invest time and effort into maintaining their vehicles, the inclusion of seat covers becomes a thoughtful gesture towards preserving their prized possession, akin to safeguarding a cherished loved one.

Always opt for fast services from a renowned shipping company

The first thing that you would need in case of auto transportation is fast delivery. There are numerous such companies who fail to deliver the package in time. So, be careful before choosing one. If you know someone who has availed some good services in the past, always go for it. Shipping of a vehicle is only a matter of days and not weeks for those companies who are familiar with the term ‘terminal’. It is a place where vehicles are kept before discharging for carriage. So, stay away from those companies who deliver using terminals.

Door to door shipping services – the best one

This will on one hand provide you some mental peace and also let you be sure about the pride of the company handling the transportation. The companies that are really authentic in this business always provide door to door service. This can reduce your headache to a great extent. They provide a personal representative who will be in charge from pick up to the delivery of your car. They make sure that the car is delivered to you in exactly the same condition in which they pick it up.

Auto Shipping Tips Avoid this with a good auto transportation company

Tracking system is a must in case of auto transport

In order to retain your peace of mind, most of the transport companies provide you with tracking numbers. Once you log in the company website with your tracking number, you will get the details of the transportation process. This also speaks for the confidence of the companies who are sure to deliver your car within time.

[UCM has the iView Web Desktop for you to track your shipments and more.]

Enclosed car transport is always necessary

No one would want their car to get damaged by getting exposed to dirt or water en route to the delivery point. So, it is better to go for the enclosed transportation vehicles. It might cost a bit more, but your car will be completely safe from any kind of natural hazards.

The auto shipping rates should always include insurance

If you get such companies which include the insurance cost within the transportation charges, it’s the best one. You don’t have to worry about any kind of additional charges. Under this clause, all the drivers are bound to abide by all the safety guidelines ensuring maximum safety for your car.

Apart from all these things, you must keep yourself legally safe. So, take a look at some of the features that the trucks should maintain:

  • Truck height should not be more than 14 feet.
  • Truck width should definitely be less than 8.5 feet.
  • The length for single unit should be within 40 feet whereas, for multiple units, the length depends on the road.
  • The overall weight limit should strictly be under 80, 000 pounds.

Abide by the given rules and you will never face a problem in case of shipping and auto transportation.

Conclusion:

Transportation of vehicles is not a matter of headache if you follow some simple rules and do a bit of research before choosing a transportation company. These rules can save your vehicle from any possible damage and also save you from getting into any unpleasant situations.

Mary James

Mary is a skilled guest blogger.

She writes articles on a variety of topics but her main interest is on shipping and auto transportation related topics like you’d find at Pacific Tycoon.

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In response to Ms. Benson’s comment on “Slow Steaming (SS) or Super Slow Steaming (SSS) for Container Shipping Part II” https://www.universalcargo.com/in-response-to-ms-bensons-comment-on-slow-steaming-ss-or-super-slow-steaming-sss-for-container-shipping-part-ii/ https://www.universalcargo.com/in-response-to-ms-bensons-comment-on-slow-steaming-ss-or-super-slow-steaming-sss-for-container-shipping-part-ii/#respond Tue, 25 Jan 2011 15:11:00 +0000 https://www.universalcargo.com/in-response-to-ms-bensons-comment-on-slow-steaming-ss-or-super-slow-steaming-sss-for-container-shipping-part-ii/ Part I Part II and Ms. Benson’s Comment It’s inevitable to cut conventional reefer ships because of the convenience of reefer containers loading, unloading & transporting among different modes of transportation. Yntze Buitenwerf, the managing director of Seatrade, the biggest reefer operator, based in Antwerp, said on Financial Times  that “In 10 years’ time the […]

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Part I

Part II and Ms. Benson’s Comment

It’s inevitable to cut conventional reefer ships because of the convenience of reefer containers loading, unloading & transporting among different modes of transportation. Yntze Buitenwerf, the managing director of Seatrade, the biggest reefer operator, based in Antwerp, said on Financial Times  that “In 10 years’ time the overall world (refrigerated) fleet might only be half of what it is today” but they will maintain a role of moving sensitive cargoes that containers cannot perfectly fit into.

If production of reefer containers cannot keep up with current demand, we may see delay retiring on conventional reefer ships.

From car revolution to ocean shipping revolution…

Just like the extreme high oil price in 2007 & 2008 speeding up the development of plug-in hybrid (Toyota Prius), electric cars (Nissan Leaf) & hydrogen cars (BMW Hydropower 7), the not-too-far $100 oil will no doubt trigger technological revolution on every single parts of logistics industry.

We already heard that:

1. Carbon dioxide based refrigerated container

Carrier Transicold introduces its newest container refrigeration unit design, NaturaLINE™, using carbon dioxide (CO2) instead of conventional synthetic hydrofluorocarbon refrigerants “which have higher global warming potential.”

2. L.N.G. & dual-fuel vessels

Wartsila, a Finnish manufacturer of large diesel and gas engines, has been developing with Samsung on “dual-fuel technology” that allows ships to operate on Liquefied Natural Gas (L.N.G.) as the primary energy to power engines in the future.

duel fuel vessel, container, shipping, export, import, green, eco-friendly

 

3. Green ports

The Port of Los Angeles installed solar panels to power cruise ships that are docked.  It estimated a 1-megawatt (MW) solar panel system will generate 1.2 million kilowatt-hours (kWh) of clean solar electricity that can be used in place of the diesel generators typically run on ships while berthed.

They also started using world’s first hybrid electric tugboat (named Carolyn Dorothy) which proves to “reduce emissions of soot by about 73 percent, oxides of nitrogen (which help cause smog) by 51 percent, and carbon dioxide, which contributes to global warming, by 27 percent.”

All of these innovations (& many more not reported here) are aimed at reducing our dependency on oil, shifting to green-energy consumptions, and lowering green house gases emission.

Brian Chan

brian@universalcargo.com


Source: Economy

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