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    January 16.2026
    2 Minutes Read

    Global Indirect Steel Trade Surges to 410 Million Metric Tons in 2024

    Worldsteel updates its indirect steel data

    The Growth of Cross-Border Steel Trade

    According to recent findings from the World Steel Association (Worldsteel), cross-border trade in steel-containing products has reached a remarkable 410 million metric tons in 2024. This marks a significant increase of 26 percent from 325 million metric tons in 2014. The trend of indirect steel exports continues to rise, underscoring the evolving landscape of global steel trade, where finished and semi-finished products comprise only a portion of the market.

    China's Dominance in Global Steel Markets

    China remains a leading player in the steel export sector, accounting for more than a quarter of the world's exports in 2024, as reported in multiple analyses. Following China, Japan and South Korea exhibited notable export gains, reflecting the intensifying demand from various sectors such as automotive and construction. In the same vein, the European Union has emerged as a significant importer, reflecting consistent growth in manufacturing and infrastructure projects that rely on steel components.

    Indications of a Fractured Steel Trade Environment

    Despite the growth in trade volumes, the steel market is not without its challenges. Concerns over unfair subsidies and trade practices, particularly from China, have prompted criticisms from major steel producers across the OECD nations. In reaction, the United States has expanded tariffs on steel-containing products, adding layers of complexity to an already intricate global trade environment.

    Understanding the Role of Indirect Steel Trade

    The concept of indirect steel trade has become increasingly vital. Worldsteel calculates the weight of steel that constitutes various manufactured products, providing insights into how steel integrates with diverse industries, including machinery and electrical equipment. This comprehensive trade analysis is facilitated by adopting the United Nations' Harmonized Commodity Classification System, illustrating the interconnectedness of steel usage worldwide.

    Future Predictions: Where is Global Steel Trade Heading?

    Looking ahead, analysts predict that although the overall steel production may witness slight fluctuations, the exports are likely to capture a growing share of output, potentially surpassing previous records. As nations increasingly invest in infrastructure and green technologies, the demand for steel remains robust, possibly leading to expansions in trade networks. However, global policies and tariff settings will play a crucial role in determining the trajectory of the steel market moving forward.

    Conclusion

    The dynamics of the global steel trade landscape are poised for continued evolution. Understanding the intricacies of cross-border steel trade, the roles various countries play, and the implications of trade policies is essential for industry stakeholders. With insights from Worldsteel and other analyses, businesses can better navigate the opportunities and challenges within the steel market.

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    03.02.2026

    Exploring DOWA's Groundbreaking Efforts in Catalytic Converter Recycling

    Update Unlocking the Value of Catalytic Converters In a world increasingly focused on sustainability, DOWA Metals & Mining America Inc. (DMMA) stands out as a pivotal player in the recycling of catalytic converters. Since its inception in 2016, DMMA has positioned itself at the forefront of the catalytic converter recycling industry, purchasing a variety of materials that contain essential platinum group metals (PGM), including platinum, palladium, and rhodium. These metals are not only vital for emissions control but also hold numerous industrial applications. DMMA's commitment to the circular economy emphasizes its drive toward environmental responsibility. The Evolution of a Recycling-Oriented Business Model Founded in 1884, DOWA's history mirrors the evolution of mining and smelting technologies. With a rich heritage rooted in innovation, DOWA has transitioned from a mining plant to a leader in advanced recycling processes. A significant cornerstone of DMMA's recycling operations is the ROSE process, a unique smelting technology designed for the efficient recovery of PGMs from complex materials. This process minimizes waste, ensuring that apart from a small amount of slag, all materials are recycled or reused. Partnerships that Enhance Reliability To ensure precision in material recovery, DMMA collaborates with NPGM USA Inc. This partnership enhances transparency through meticulous sampling processes that are crucial for providing accurate assay results. With the ability to process up to 1 million pounds of recycled materials monthly, NPGM USA employs cutting-edge XRF (X-ray fluorescence) technology alongside automated fire assay methods. These robust testing protocols aim to eliminate human error, ensuring that every ounce of precious metal is accounted for. Commitment to Compliance and Ethical Standards As part of its dedication to ethical practices, DOWA's operations adhere to stringent regulatory frameworks designed to combat money laundering, human trafficking, and environmental exploitation. Through a comprehensive compliance program, DMMA has established robust internal controls and conducts regular audits to ensure its practices align with both domestic and international standards. This commitment is not merely a legal obligation but an integral part of DOWA’s business ethos, fostering trust among stakeholders and clients alike. Climate Impacts and Industry Trends As governments and corporations across the globe increasingly prioritize sustainability, DMMA is poised to capitalize on the growing demand for recycled materials. The recycling of catalytic converters not only supports the automotive industry’s transition toward greener technologies but also contributes significantly to reducing mining impacts on fragile ecosystems. Industry experts predict that companies like DOWA will continue to drive innovative recycling solutions that further integrate environmentally friendly practices. Conclusion: The Future of Recycling DOWA’s pioneering efforts in catalytic converter recycling illustrate the potential for recovering valuable resources while promoting a sustainable economy. The continuous refinement of their processes, along with a strong commitment to environmental stewardship and compliance, positions DMMA as a leader in the recycling sector. As the circular economy gains traction, DMMA invites businesses and consumers alike to participate in a more sustainable future through responsible recycling practices.

    02.28.2026

    Navigating Aerosol Recycling: A Practical Guide for MRF Operators

    Update The Essential Role of MRFs in Aerosol RecyclingMaterial Recovery Facilities (MRFs) serve as the pivotal gatekeepers in the recycling process, particularly for aerosol cans, which have traditionally hovered in a gray area regarding their recyclability. The guidance provided by the Can Manufacturers Institute (CMI) and the Household & Commercial Products Association (HCPA) is critical at a time when expanding recycling access is more essential than ever. Their new publication, "Yes We Can! A Practical Guide to Aerosol Recycling at MRFs," not only seeks to clarify the operational landscape for MRFs but also to fortify the recycling supply chain.Understanding the Challenges in Aerosol RecyclingDespite their recyclability, aerosol cans often encounter inconsistent acceptance policies at MRFs across the United States. As CMI emphasizes, this variability can deter effective recycling efforts. The new playbook developed by RTI Innovation Advisors sheds light on the complexities surrounding these policies, offering practical solutions tailored to the unique circumstances of individual facilities. By addressing the 'key MRF personas' and providing a roadmap for policy implementation, the guide tackles existing concerns around safety and operational feasibility, thus aiming to usher in a more uniform approach to aerosol can recycling.Collaboration is Key: Engaging Stakeholders in the DiscussionThe collaborative efforts detailed in the guide also involve important conversations with city and state officials, showcasing how governmental perspectives can influence recycling policies. These discussions emphasize the need for cohesive strategies that incorporate local realities and capabilities, ensuring that aerosol can recycling aligns with broader waste management goals. Such collaboration proves vital for achieving the ambitious target of an 85 percent recycling access rate for aerosol cans by 2030.Real-World Impacts: Case Studies and InsightsDrawing from insights gained through interviews with various MRFs, the publication offers valuable case studies that illustrate successful management of aerosol can acceptance. MRF operators can learn from each other's experiences, adapting effective practices to their operational context. This peer-driven learning model not only enhances operational efficiency but also fosters an environment of shared responsibility and community engagement among stakeholders in the recycling process.Future Insights: The Path Forward for Aerosol RecyclingLooking ahead, the insights and frameworks laid out in the guide present a robust foundation for transforming aerosol recycling practices across the country. As Roxanne Sharif from CMI states, effective recycling operations require ongoing innovation and robust collaboration. By providing the necessary tools and resources, the playbook empowers MRF operators to confidently navigate the complexities of aerosol acceptance and work towards collectively improving recycling rates.Conclusion: Actionable Steps for MRF OperatorsAs MRF operators engage with the recommendations set forth in the CMI and HCPA’s guide, they will be equipped to take actionable steps that contribute meaningfully to the national recycling ecosystem. By embracing the shared language and frameworks provided, there lies an opportunity not only to enhance local operations but also to participate in a larger narrative of sustainability and environmental stewardship.

    02.28.2026

    How the Ocean Legacy Foundation's Plastic Testing Lab Supports Sustainability

    Update Ocean Legacy Foundation Enhances Plastic Testing Laboratory Services The Ocean Legacy Foundation (OLF), a nonprofit organization committed to combating ocean plastic waste, has taken significant strides to boost its plastic testing and production support services. With its expanded laboratory offerings, OLF aims to facilitate affordable plastic property testing, especially for those eager to incorporate recycled materials into their products. The recent enhancement aligns with the growing demand for sustainability in manufacturing, directly addressing the needs of recyclers, product designers, and manufacturers across North America. Broadening Accessibility and Capabilities Thanks to the financial backing from the provincial Ministry of Environment and Climate Change Strategy through the CleanBC Plastic Action Fund, OLF’s testing laboratory can now offer an array of essential services. New capabilities include tensile, flexural, and impact strength testing, solid density, and ash testing for various plastics—recycled, virgin, and compounded. These additions are crucial for producers aiming to ensure product performance and conformity with market demands. The Importance of Reliable Testing Jon Hatt, the laboratory manager at OLF, emphasizes that the variability in properties of recycled plastics, influenced by their source and composition, presents substantial challenges. Accurate testing becomes imperative to navigate issues of resin identification and to align with processing parameters for successful product outcomes. With the increased push towards a circular economy, where manufacturers are encouraged to utilize higher recycled content, having a reliable testing laboratory is critical. Service Offerings: Tailored Support for Industry Needs OLF’s Plastic Testing Laboratory has designed a suite of services that allows customers to build comprehensive plastic technical data sheets, perform quality control testing, and identify processing issues efficiently. Testing services can be availed either individually or through bundled packages aimed at optimizing customer experience. Highlighted packages include: Complete Polymer Passport: A detailed material profile encompassing multiple tests to ensure comprehensive understanding of material characteristics. Process Stability Bundle: This package focuses on detecting batch variability swiftly, crucial for maintaining consistent quality control. Mechanical Benchmark Suite: Designed to substantiate material performance through rigorous testing on tensile, flexural, and impact strength. Supporting the Circular Economy The decision by OLF to diversify its offerings aligns with broader trends in the industry, which are increasingly focused on sustainability. Reference initiatives such as Intertek’s CircularAssure program demonstrate analogous aims in promoting the recycled plastics value chain. As explored in industry insights, supporting recycled materials not only enhances environmental sustainability but also creates new business opportunities within the constantly evolving eco-tech landscape. Future Outlook: Promoting Sustainable Practices As consumer awareness and regulatory demands for recycled content rise, services like those offered by OLF are poised to play a pivotal role in simplifying access to plastic property testing. By providing these essential services at accessible prices, OLF is enabling smaller players and innovators to contribute to a robust circular economy. Integrating such practices not only fosters innovation but also propels the industry towards environmentally responsible manufacturing. As stakeholders in the plastic supply chain begin to prioritize sustainable practices, the ripple effect could result in a substantial reduction in ocean plastic waste and an overall improvement in environmental health. For those interested in OLF's plastic testing services, you can schedule a consultation via email at lab@oceanlegacy.ca or by calling 604-214-3591.

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