Ivan B. Linde’s Post

Having spent many years developing and commercializing products that contain plastics, I have remained keenly aware of the need to redefine the way in which plastics are used if we are to make a serious impact on reducing our environmental footprint. Often the starting point for improvement is stepping up goals on the use of recycled plastics in new products and removing single use plastics from packaging. A great and necessary start. But there is so much more to do. Technology is making the goal of reducing our environmental footprint increasingly more attainable. From transforming plastic waste into valuable resources to developing materials that leave a lesser carbon footprint, the efforts to make our planet greener are in full swing. This goes well beyond recycling - as circular lifecycle approach is needed, ideally built into the innovation cycles of product manufacturers, looking at both product and packaging and the value chain required to make and bring these products to market. It starts with systemic, design thinking that puts sustainability goals front and center in the innovation process. #PlasticsSustainability #CircularEconomy https://lnkd.in/eadcaGYe

Fostering a Circular Economy via Unrivalled Aerosol Recycling at CleanPak, part of the CleanEco Group! Using pioneering machinery, our process is broken down into 3 steps: 1. Waste Content Removal and Propellant Gas Capture: We specialise in processing a range of aerosol products, from paints to deodorants. Our technology expertly separates and collects both gaseous and liquid components, ensuring safe extraction. 2. Metal Recycling and Energy Generation: Post-extraction, metal containers are baled and recycled into new products, including aerosol and tin cans, recycling an impressive 3,000 tonnes of metal annually! Plus, we capture waste gases to generate energy, powering our operations and reducing our carbon footprint. 3. Plastic Recycling and Liquid Distillation: We don’t stop at metal—plastic components are also recycled into new products. Additionally, leftover liquids are distilled into industrial fuels, maximising resource efficiency. Join us in advancing sustainability and promoting circular economy principles: 🌐: https://lnkd.in/eKM7FZWk 📩: enquiries@cleanecogroup.com 📞: 0800 0484 750 #CircularEconomy #RecyclingInnovation

The economics of plastic recycling are shaped by the interplay of costs, market dynamics, and sustainability incentives. Recycling requires investments in collection, sorting, and processing, often making it costlier than producing virgin plastics, especially when oil prices are low. However, rising demand for recycled materials, driven by consumer preferences and corporate sustainability goals, is shifting the economic balance. Policies such as extended producer responsibility (EPR) and subsidies further enhance the viability of recycling by offsetting costs and encouraging innovation. As industries embrace circular economy principles, improved technologies and economies of scale are making recycling more efficient and profitable, paving the way for a greener and more sustainable future. #PlasticRecycling #CircularEconomy #Sustainability #RecycledMaterials #PlasticWasteManagement #RecyclingEconomics #SustainableSolutions #RACE #raceconferences #Polymerupdate

Are you, like me, someone who gets frustrated with having to pull out 'plastic' from my plastic waste? The team at PA is examining how emerging recycling tech can tackle complex materials like mixed plastics. Check out this video to see how these advancements could transform waste management #Recycling #Sustainability #CircularEconomy

RE-ASTRA TECHNOLOGIES Pvt.Ltd Advancements in Recycling #Technology: Driving Sustainability Forward As the world becomes increasingly focused on #sustainability, innovations in recycling technology are at the forefront of driving positive change. Here are some of the most promising advancements shaping the #future of recycling: 1. Chemical Recycling: Breaking down #plastics into their chemical components opens up a world of possibilities for reuse across various industries. It's a #gamechanger in reducing waste and creating higher-quality end products. 2. PureCycle's Revolutionary Process: Pioneered by John Layman, head of material science at Procter & Gamble, #PureCycle Technologies has developed a groundbreaking method to transform polypropylene plastic waste into "virgin-like" resin. This innovation holds immense potential for transforming the plastics industry. 3. Artificial Intelligence (AI): Integrating #AI into recycling facilities optimizes processes like classification, sorting, and waste logistics, improving efficiency and sustainability. 4. Internet of Waste: Increasing visibility into recycling workflows and enhancing quality control of waste streams is made possible by the Internet of Waste, revolutionizing the performance of the #recycling sector. 5. Recycling Robots: Streamlining the recycling process, these #robots boost efficiency and effectiveness within recycling facilities, contributing to overall sustainability efforts. 6. Waste Valorization: By creating value from waste materials, this process not only benefits recyclers but also diverts significant amounts of waste from #landfills and #incinerators. 7. Green Waste Management: Focusing on environmentally friendly waste management practices reduces the ecological impact of waste disposal, contributing to a healthier planet. 8. Material Life Cycle Extension: Extending the life cycle of materials reduces the demand for new resources and minimizes the #environmental footprint of products, promoting a circular economy. 9. Big Data & Analytics: Leveraging data analytics optimizes recycling processes, improving efficiency and sustainability throughout the waste management cycle. These advancements have the potential to revolutionize global sustainability efforts by reducing the demand for virgin raw materials, transforming post-use materials for manufacturing, and minimizing the environmental footprint of transportation fuels. Together, let's embrace these innovations and work towards a greener, more sustainable future! #recyclingtechnology #sustainability #innovation #circulareconomy #greentech #environmentalimpact #reastra

The plastics industry is poised for transformative changes in 2024, marked by dynamic trends that underscore a commitment to sustainability, innovation, and digital transformation. Embracing Sustainability and the Circular Economy Companies are taking proactive measures to integrate eco-friendly materials and packaging solutions into their operations, aligning with the principles of a circular economy. As a result, this approach emphasizes responsible consumption and a reduced environmental impact. Adoption of Bioplastics and Bio-based Materials An increasing embrace of bioplastics and materials sourced from renewable resources reflects a growing commitment to sustainability. Therefore, this shift aims to reduce the ecological footprint associated with traditional plastics, catering to consumers’ preferences for environmentally conscious alternatives. #plastic #industry #sustainability #innovation #Circular_Economy #eco_friendly #environmental #Bioplastic #Bio_based #renewable #footprint #zist

Plastic recycling is overdue for innovation. A new report charts a path forward, showing that deploying molecular recycling technologies, like Eastman’s molecular recycling, could reduce projected emissions by 58% and generate 50,000 new jobs by 2040. In addition to reducing consumption, this shift is key to recycling PET and polyester products that traditional methods cannot, helping us create a truly circular economy. https://lnkd.in/gz9pyNbR Systemiq Ltd., The Recycling Partnership, Closed Loop Partners, Eunomia Research & Consulting

Sustainable packaging represents the future of packaging. Every day, innovations are enhancing the efficiency and adoption of sustainable packaging. Today, I want to elaborate upon the advancements within the sector. Bioplastics Utilisation Bioplastics are progressively replacing fossil-fuel-based plastics, thereby mitigating carbon emissions, depletion of fossil fuels, and minimising plastic waste in the ocean and landfills. Bioplastics are biodegradable and versatile and support circular economy principles. Mono Material Adoption Mono materials utilise a single type of material in production. They are easy to recycle and require less energy for the recycling process. As consumer awareness continues to grow, the influence of sustainable packaging will become prominent. Sustainable packaging not only demonstrates responsibility toward customer well-being but also toward the planet. #sustainablepackaging #packaging #ecofriendly

Each year, hundreds of millions of tons of single-use plastic end up in landfills, and the small fraction that is recycled cannot be perpetually reused. ❌ Addressing this hurdle to sustainability, a team of materials scientists has developed a new method for creating and deconstructing polymers. This innovation could lead to plastics that are more easily recyclable, eliminating the need for meticulous sorting on trash day. ♻️ Committed to sustainable solutions, these scientists reimagined polymer design to integrate recyclability into plastics from the outset. Learn more about their progress in this read. ⤵️ https://lnkd.in/gGVtjsBd World Economic Forum | Cynthia Hutchison | Stephanie Wright | Shree Parikh #Manufacturing #SingleUse #WasteManagement #RecyclablePolymer #Sustainability

In honor of #RecyclingWeek, we’re happy to share a valuable resource to help you elevate your recycling efforts! 🌍🚀 With the EU working toward recycling 55% of municipal waste by 2025, only 32.5% of plastic packaging is currently recycled, revealing significant room for improvement. The recycling industry holds the potential to generate €24 billion in economic benefits, making it a key driver in sustainable development. Don’t miss out on the opportunity to improve your recycling efforts! Download our FREE eBook and find out: ✅ Regulations & Targets: How EU directives, like the Waste Framework Directive, guide industries toward ambitious recycling targets. ✅ Recyclable Materials Overview: Explore essential recycling stats, such as 49 million tons of paper recycled annually and the urgent need to enhance plastic recycling rates. ✅ Impact Beyond Recycling: Understand how recycling benefits industries like manufacturing and construction by cutting resource use and energy consumption. ✅ Tech vs. Manual Methods: See how AI-powered technologies outperform manual sorting, boosting efficiency and reducing operational errors. ✅ Cost Savings with Technology: Discover how the latest tech can lower operational costs by up to 15%, improving recycling efficiency and quality. 👉 Download now: https://lnkd.in/drQHeGFf Finish recycling week strong! Circulai