Green Technology

A futuristic laboratory where scientists analyze polymer depolymerization using advanced digital simulations and chemical recycling reactors.

The Future of Plastic Recycling: How Advanced Modeling is Revolutionizing Sustainability

s plastic waste continues to threaten the environment, advanced mechanistic modeling is emerging as a key solution to optimize chemical recycling. These models help break down plastics into reusable components efficiently, reducing reliance on virgin materials and minimizing pollution. Discover how kinetic simulations and innovative modeling techniques are shaping the future of sustainable plastics.

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A futuristic laboratory setting with a scientist holding a glowing container of biodegradable microparticles, surrounded by advanced equipment, molecular models, and digital screens displaying environmental and molecular data.

Say Goodbye to Microplastic Pollution with Cutting-Edge Degradable Microparticles

Scientists have developed biodegradable microparticles that could replace harmful microplastics in products like skincare and food. These innovative particles break down into safe, eco-friendly components, offering a sustainable solution to pollution while enhancing product performance. Discover how this breakthrough could transform industries and protect the environment.

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Hydrogen Powering Europe’s Green Future: A Deep Dive into the Hydrogen Revolution

The European Union is championing hydrogen innovation to decarbonize industries and boost global competitiveness. Through partnerships like the Clean Hydrogen Partnership and initiatives such as the European Clean Hydrogen Alliance, the EU integrates hydrogen technologies into its energy framework. Investments in production capacity and infrastructure aim to achieve climate neutrality by 2050 while fostering economic growth. By leading the hydrogen transition, the EU sets a precedent for sustainable energy innovation.

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Turning Trash into Treasure: How the CBreCYCLE Project is Revolutionizing Tire Waste

The CBreCYCLE project introduces an innovative technique to extract and purify carbon black from waste tyres using advanced pyrolysis technology. This method significantly reduces CO₂ emissions compared to traditional production methods and produces high-quality recycled carbon black for use in various industries, including paints, pigments, and coatings. With over 1 billion tyres discarded annually, this breakthrough contributes to a circular economy, transforming waste into valuable resources and advancing global sustainability goals.

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