Tronox and another European and American chemical company face operational crises and initiate bankruptcy restructuring proceedings. 2026-05-18 08:59:37 Source: ChemNet 中文 In May 2026, the global chemical and plastic recycling industry saw further corporate crises. Following the shutdown or exit of related businesses by Japan's Asahi Kasei and Mitsubishi Chemical, US specialty materials company Trinseo announced a bankruptcy restructuring, and UK chemical recycling company Plastic Energy also entered administration procedures. Coupled with the continued downturn in the European industry, industry consolidation has intensified. Trinseo: US Specialty Materials Giant Initiates Restructuring Amid High Debt On May 13, US specialty materials solutions provider Trinseo officially announced a bankruptcy restructuring to resolve high debt pressure. Trinseo is a globally renowned specialty materials enterprise. Listed on the New York Stock Exchange in 2014, it owns 32 manufacturing bases and 9 R&D facilities globally. Its core products cover polycarbonate (PC), styrene-butadiene latex, ethylene propylene diene monomer (EPDM), ABS resin, and bio-based thermoplastic polyurethane (TPU), among others. Among them, the CALIBRE series of polycarbonate is a mainstream high-performance PC product globally, widely used in medical devices, optical devices, and food packaging fields; styrene-butadiene latex is one of its core products, with the Zhangjiagang base having an annual capacity of 230,000 tons, used in coatings, adhesives, and other industries; ABS resin and bio-based TPU focus on automotive interiors, shoe materials, and consumer electronics fields. Financial data shows that Trinseo is under continuous operating pressure. Net sales in 2025 were approximately $2.975 billion, a year-on-year decrease of 15%, with a full-year net loss of $546 million; in the first quarter of 2026, net sales were $725 million, a year-on-year decrease of 8%, with a net loss of $116 million. As of the end of the first quarter of 2026, the company's total debt reached $2.8 billion, with a debt-to-EBITDA ratio of 18.31, indicating persistently high debt pressure. This restructuring has signed a support agreement with major debt holders and obtained support from major lenders. It will be implemented through a pre-packaged restructuring plan under Chapter 11 of the US Bankruptcy Code, expected to reduce debt by approximately $2 billion and annual interest expenses by $140 million. Restructuring funds include $158 million in debtor-in-possession financing, $150 million in accounts receivable financing, and exit financing. Existing lenders will receive 100% equity in the restructured company, while the rights and interests of general unsecured creditors such as trade creditors and suppliers will not be affected. Trinseo plans to finalize the restructuring plan in the coming weeks and subsequently file a voluntary bankruptcy petition with the US Bankruptcy Court for the Southern District of Texas. This only involves certain US affiliates and non-operating foreign affiliates, with other affiliates not included in the scope of the application. Plastic Energy: UK Plastic Recycling Enterprise; Cash Flow Crunch but Core Technology Retains Value On May 11, UK chemical recycling company Plastic Energy announced it had entered administration procedures, with the core cause being a severe cash flow crisis and the continued downturn in the European plastic recycling industry. Founded in 2012, Plastic Energy is a global leader in chemical recycling, with its core competency being the self-developed TAC(TM) patented pyrolysis technology. Its mainstream product is TACOIL(TM) synthetic oil, produced by heating waste plastic in an oxygen-free environment. It can replace fossil fuels and serve as a raw material for virgin plastic production, suitable for high-end fields such as food-grade packaging. Processing 1 ton of waste plastic yields 850 liters of TACOIL(TM). The company's business covers the UK, Singapore, Malaysia, Spain, and other regions. It has built two commercial recycling plants in Seville and Almeria, Spain, and is one of the few companies globally to have achieved commercial operation of waste plastic chemical recycling. This administration involves Plastic Energy Limited and its holding company Plastic Energy Finco Limited. The administrators stated that existing employees will be retained to maintain business operations while seeking potential buyers. Notably, the operating entities of the two recycling plants in Spain, Plastic Energy SLU, did not enter the bankruptcy proceedings and continue to operate normally. At the industry level, the European plastic recycling industry has continued to deteriorate in recent years. In 2024, it encountered the "most severe decline," forcing the closure of facilities with an annual capacity of 300,000 tons; in 2025, the crisis intensified, with the number of closed facilities increasing by approximately 50%. Over the past three years, Europe has lost nearly 1 million tons of recycling capacity cumulatively. The industry downturn has become a significant inducement of corporate operating difficulties. [Copyright Notice] In the spirit of openness and inclusiveness of the Internet, ChemNet welcomes all media and institutions to reprint and quote its original content. If reprinted, please mark the source ChemNet. If you find any copyright issues with articles on this website, please contact Chemnet at [email protected]. Important information. Scan to access the mobile version View the latest and hottest chemical news content Commodity Price chart. | Product name | Price (yuan/ton) | Price Limit | | Liquid ammonia | 2246.67 | -14.90% | | Hydrogen peroxide | 916.67 | -13.25% | | Ethylene Glycol Monomethyl Ether | 8300.00 | -9.92% | | N-propanol | 7133.33 | -8.55% | | Phosphorus yellow | 31296.00 | +8.31% | | Dimethylamine aqueous solution | 2170.00 | +7.96% | | Sulfur | 7583.33 | +7.82% | | 2-EH | 8366.67 | -7.72% | | Acrylic acid | 8816.67 | -7.03% | | sodium dihydrogen phosphate | 6520.00 | +6.89% | | Propylene oxide | 9500.00 | -6.86% | | TDI | 16000.00 | -6.07% | | Crude oil | 101.17 | +6.03% | | EVA | 12016.67 | -5.75% | | Acetic acid | 3083.33 | -5.71% |

Trinseo launches VOLTABOND(TM) 211 to power what's next in fast-charging battery performance. May 13, 2026 New Addition to Trinseo's Fourth-Generation SBR Binder Platform Minimizes Binder Migration, Lowers Electrode Surface Resistivity and Reduces Battery DCIR WAYNE, Pa. - Trinseo, a specialty materials solutions provider, today announced the commercial launch of VOLTABOND(TM) 211, the second product in its Fourth-Generation SBR Binder Platform. Designed to address the growing demand for anode binders that support fast-charging performance, VOLTABOND(TM) 211 is a water-based, functional styrene-butadiene (SBR) binder formulated for graphite- and silicon-based anode systems in lithium-ion batteries. As the electric vehicle and energy storage system battery industries accelerate toward faster-charging solutions, VOLTABOND(TM) 211 targets the binder-controlled variables that directly influence electrochemical performance. By minimizing binder migration during electrode drying, the binder achieves a homogeneous distribution across the electrode coating - improving adhesion to the current collector, providing mechanical cohesion through the mid and top layers, and keeping the electrode surface clear of binder accumulation.[1] The result is unimpeded lithium transport pathways that directly support improved cell kinetics and fast-charging capability. Compared to VOLTABOND(TM) 029, Trinseo's Generation-2 SBR binder, VOLTABOND(TM) 211 delivers a 5% reduction in electrode surface resistivity and up to an 18% reduction in internal resistance (DCIR) of the whole battery.[2] Notably, these gains are achieved while maintaining strong peel adhesion and high-temperature performance. "The launch of VOLTABOND(TM) 211 is a direct reflection of how Trinseo approaches innovation - ahead of the curve and in partnership with our customers," said Arthas Yang, Senior Vice President, Latex Binders. "Fast charging is no longer a future requirement. It is a present one, and VOLTABOND(TM) 211 was built to power what's next in battery manufacturing and performance." VOLTABOND(TM) 211 is available for commercial supply across Asia-Pacific, Europe and North America, with regional teams ready to work directly with battery manufacturers to qualify the product for their specific anode systems. "Having a binder partner with a global manufacturing footprint is a meaningful advantage for battery manufacturers navigating supply chain complexity. The combination of validated performance data and hands-on technical support is what sets Trinseo apart," said André Hugentobler, Global VP Technology Innovation. VOLTABOND(TM) 211 reflects Trinseo's commitment to strategic partnership with customers - developing material solutions tailored to their performance goals and supporting them at every stage of the battery development and manufacturing journey. [1] Supporting data is available upon request. [2] DCIR gains were validated in a 4 Ah pouch cell configuration. Press Contacts: About Trinseo Trinseo (OTCM: TSEOF), a specialty material solutions provider, partners with companies to bring ideas to life in an imaginative, smart and sustainably focused manner by combining its premier expertise, forward-looking innovations and best-in-class materials to unlock value for companies and consumers. From design to manufacturing, Trinseo taps into decades of experience in diverse material solutions to address customers' unique challenges in a wide range of industries, including building and construction, consumer goods, medical and mobility. Trinseo's employees bring endless creativity to reimagining the possibilities with clients all over the world from the company's locations in North America, Europe and Asia Pacific. Trinseo reported net sales of approximately $3.0 billion in 2025. Discover more by visiting www.trinseo.com and connecting with Trinseo on LinkedIn, X, Facebook and WeChat. Cautionary Note on Forward-Looking Statements This press release may contain forward-looking statements including, without limitation, statements concerning plans, objectives, goals, projections, forecasts, strategies, future events or performance, and underlying assumptions and other statements, which are not statements of historical facts or guarantees or assurances of future performance. Forward-looking statements may be identified by the use of words like "expect," "anticipate," "believe," "intend," "forecast," "outlook," "will," "may," "might," "see," "tend," "assume," "potential," "likely," "target," "plan," "contemplate," "seek," "attempt," "should," "could," "would" or expressions of similar meaning. Forward-looking statements reflect management's evaluation of information currently available and are based on our current expectations and assumptions regarding our business, the economy, our current indebtedness and other future conditions. Because forward-looking statements relate to the future, they are subject to inherent uncertainties, risks and changes in circumstances that are difficult to predict. Factors that might cause future results to differ from those expressed by the forward-looking statements include, but are not limited to, our ability to successfully execute our business and transformation strategy; increased costs or disruption in the supply of raw materials; increased energy costs; our ability to successfully implement proposed restructuring initiatives, including the closure of certain plants and product lines, and to successfully generate cost savings and increase profitability; compliance with laws and regulations impacting our business; conditions in the global economy and capital markets; our ability to meet the covenants under our existing indebtedness; our ability to successfully investigate and remediate chemical releases on or from our sites, make related capital expenditures, reimburse third-party cleanup costs or settle potential regulatory penalties or other claims; and those discussed in our Annual Report on Form 10-K, under Part I, Item 1A - "Risk Factors" and elsewhere in its other reports, filings and furnishings made with the U.S. Securities and Exchange Commission from time to time. As a result of these or other factors, its actual results, performance or achievements may differ materially from those contemplated by the forward-looking statements. Therefore, Trinseo Company caution you against relying on any of these forward-looking statements. The forward-looking statements included in this press release are made only as of the date hereof. Trinseo Company undertake no obligation to publicly update or revise any forward-looking statement as a result of new information, future events or otherwise, except as otherwise required by law. Ready for a partnership? From design to manufacturing, Trinseo Company'll work hand in hand with you to determine solutions unique to the needs of your business. Latest Mobility News

Innovative recycling technology puts old streetlamps into a new light. April 9, 2026 Trinseo and Signify partner to turn end-of-life streetlight shades into new lampshades via dissolution recycling. To download a PDF of this case study, click here. To learn more about this project, visit Trinseo Company at the 2026 PRSE Show in Amsterdam, May 5 - 6, booth C133. * The Challenge - A plastic for lamp shades with recycled content coming from a lighting application, demonstrating true closed loop circularity * The Development - Trinseo's CALIBRE(TM) ECO DI, with 75% recycled content based on a lighting waste feedstock * The Results - Tons of polycarbonate diverted from incineration or landfill, to gain a new life as a luminary, offered with 75% recycled content Across Europe, municipalities are rapidly upgrading or retrofitting their streetlighting infrastructure, resulting in thousands of end-of-life (EoL) lampshades entering the waste stream every year. Traditionally, these polycarbonate components are destined for incineration or landfilling due to their complex composition and contamination levels, but dissolution-based recycling is one of the key ways to change that. Recognizing both the challenge and the opportunity, Trinseo and Signify jointly embarked on an ambitious project that seeks not just to recycle plastic fractions but to even return them into lighting applications. The Challenge To support small-scale production needs and significantly accelerate response times, Signify has established a dedicated 3D Printing division, Signify myCreation, an innovation hub where new materials and concepts can be introduced to the Signify world with real-life showcases (so-called HERO lighthouse projects). Building on earlier material innovations, such as the use of polycarbonate recovered from discarded water bottles and polyamide derived from end-of-life fishing nets, Signify is now exploring an even more advanced application of circular materials. The opportunity to demonstrate true lighting-to-lighting recycling, combined with the potential to achieve a significantly improved recycled content of up to 75%, provided a compelling basis for initiating this joint development project. For this particular use case, the material must meet very specific optical performance criteria, including achieving a tightly controlled color specification and maintaining a precisely defined light transmission rate. Meeting these parameters is essential to ensure consistent visual quality and lighting performance across applications. The Development Trinseo has been advancing its dissolution recycling capabilities at its Terneuzen site for several years, steadily building expertise in this innovative approach to plastic circularity. This long-term commitment culminated in a major milestone in 2025, when the technology was successfully scaled up to a pilot scale facility. The pilot line serves as a crucial steppingstone toward a full-scale plant planned for construction in China, marking Trinseo's ambition to industrialize dissolution recycling on a global level. The collaboration between Trinseo and Signify builds on a long and trusted partnership. For decades, the two companies have jointly developed a variety of high-performance virgin plastic solutions, including polycarbonate (PC), PMMA, and ABS, tailored to demanding lighting applications. This long-standing relationship laid a strong foundation for moving into the next frontier. In 2024, during Trinseo's PC Dissolution Innovation Day, Signify was introduced to the latest achievements in dissolution technology and its potential for enabling high purity recycled polymers suitable for optical applications. Inspired by this breakthrough, Signify approached Trinseo with a vision to create a circularity project that would convert EoL lighting components back into high-quality materials for new lighting products. This initiated a close, hands-on collaboration, with both companies contributing expertise to make the project a success. Going from EoL to new luminary, a streetlamp is undergoing the following process: * Collection - End-of-life streetlight shades are collected across the Netherlands and transported to Heathland Recycling Solutions, Trinseo's recycling facility in Utrecht. This ensures a clean and traceable waste stream suitable for high-value recycling. * Recycling - From Utrecht, the materials are sent to Trinseo's dissolution recycling facility in Terneuzen. Here, the shades undergo recycling through dissolution, which selectively separates, purifies, and recovers recycled polycarbonate (rPC) of exceptionally high quality. The recycled output is then compounded into a defined optical grade CALIBRE(TM) ECO DI material designed specifically for lighting performance. * Material Transfer - The resulting rPC granules are delivered to Signify myCreation, Signify's dedicated 3D-printing and material-innovation hub. * Manufacturing - At Signify myCreation, the CALIBRE(TM) ECO DI granules are extruded into filament. This filament serves as feedstock for 3D-printing new pendant lampshades - directly transforming recycled streetlight components into premium lighting products. The Result Good processability in extrusion and printing led to launch the Signify myCreation URBAN GREY product line. For the first time, a true circularity story of End-of-Waste lighting waste is being reintroduced as a closed-loop concept for a demanding optical application, introducing a material with 75% recycled content. Key Benefits * High Recycled Content - The new lampshades contain 75% recycled polycarbonate (ISO 14021), valorizing a waste stream which traditionally would end up in incineration, significantly reducing PC waste. * On-Demand Production - 3D printing enables manufacturing only as needed, preventing overproduction. * Design & Affordability - The resulting lampshades are both stylish and cost-effective. Ready for a sustainable partnership? From design to manufacturing, Trinseo Company'll work hand in hand with you to deliver customized sustainable solutions unique to the needs of your company and customers. Latest Consumer Goods News