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Silverstone Implements Deposit Return Scheme at British Grand Prix

Silverstone Implements Deposit Return Scheme at British Grand Prix

Silverstone, the venue for the British Grand Prix, has introduced a deposit return scheme (DRS) as part of a sustainability initiative. This trial run is a precursor to the UK's nationwide DRS launch, aimed at reducing single-use container waste. During the event, thousands of containers were processed, providing valuable insights into public engagement and the effectiveness of such schemes at large-scale events.
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Eural Gnutti Advocates for Scrap Aluminium as Geopolitical Tensions Impact Supply

Eural Gnutti Advocates for Scrap Aluminium as Geopolitical Tensions Impact Supply

Eural Gnutti Advocates for Scrap Aluminium as Geopolitical Tensions Impact Supply
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Rise Reforming Develops Process to Convert Waste Gases into Chemicals

Rise Reforming Develops Process to Convert Waste Gases into Chemicals

Rise Reforming Develops Process to Convert Waste Gases into Chemicals
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CHS and GROWMARK Leverage AI to Enhance Marine Agricultural Logistics

CHS and GROWMARK Leverage AI to Enhance Marine Agricultural Logistics

CHS and GROWMARK Leverage AI to Enhance Marine Agricultural Logistics
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Simpson Manufacturing Co. Reports Strong Q2 2026 Financial Results with Increased Share Repurchase Authorization

Simpson Manufacturing Co. Reports Strong Q2 2026 Financial Results with Increased Share Repurchase Authorization

Simpson Manufacturing Co. Reports Strong Q2 2026 Financial Results with Increased Share Repurchase Authorization
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Strategies for Building a Skilled Trades Workforce in Modern Construction

Strategies for Building a Skilled Trades Workforce in Modern Construction

Strategies for Building a Skilled Trades Workforce in Modern Construction
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Beetles Gel Polish Expands Recycling Program to Promote Sustainability

Beetles Gel Polish Expands Recycling Program to Promote Sustainability

Beetles Gel Polish Expands Recycling Program to Promote Sustainability
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MIT Engineers Develop Recyclable Elastic Yarn for Sustainable Textiles

MIT Engineers Develop Recyclable Elastic Yarn for Sustainable Textiles

MIT researchers have developed a new type of elastic yarn made from polyethylene, a common plastic used in products like milk bottles and grocery bags. This yarn can be recycled multiple times without losing its strength or flexibility, offering a sustainable alternative to traditional spandex-based yarns. The innovation addresses the challenge of recycling textiles, which often contain non-recyclable spandex. The yarn's design allows it to be melted down and reformed into new yarn or other plastic products, promoting circularity in textile production.
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UCLA and South Korean Scientists Develop New Method for Hydrogen Production from Plastic Waste

UCLA and South Korean Scientists Develop New Method for Hydrogen Production from Plastic Waste

Researchers from UCLA and Ewha Womans University in Seoul have developed a new method to produce hydrogen from unsorted plastic waste. The process, known as alkaline thermal treatment (ATT), involves heating a mix of common plastics with sodium hydroxide, resulting in hydrogen gas that is over 90% pure. This method eliminates the need for sorting plastics, which is a significant barrier in recycling. The research, published in the Proceedings of the National Academy of Sciences, demonstrates a more efficient hydrogen yield compared to traditional steam gasification, with most of the carbon from the plastics being converted into solid rock rather than released as CO2.
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UCLA and Ewha University Develop New Plastic Recycling Method Producing Clean Hydrogen

UCLA and Ewha University Develop New Plastic Recycling Method Producing Clean Hydrogen

UCLA and Ewha University Develop New Plastic Recycling Method Producing Clean Hydrogen
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Lombard Odier Asset Management Increases Stake in Darling Ingredients, Reflecting Investor Confidence

Lombard Odier Asset Management Increases Stake in Darling Ingredients, Reflecting Investor Confidence

Lombard Odier Asset Management Increases Stake in Darling Ingredients, Reflecting Investor Confidence
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American and South Korean Scientists Develop Efficient Plastic-to-Hydrogen Process

American and South Korean Scientists Develop Efficient Plastic-to-Hydrogen Process

A team of scientists from UCLA and Ewha Womans University in Seoul has developed a process to convert unsorted plastic waste into hydrogen gas with over 90% purity. The process, known as alkaline thermal treatment (ATT), involves heating a mix of common plastics with sodium hydroxide. This method eliminates the need for sorting plastics, which is typically a costly and labor-intensive step in recycling. The process also captures most of the carbon from the plastics, converting it into stable carbonate or liquid organic residues, thus minimizing carbon emissions.