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Polymer Recycling and Waste Management
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This book is a technical guide (not a new study) that brings together current science on how to recycle rubber and plastic more effectively, including tackling microplastics, which have been found in human blood, lungs, and organs and are linked to potential health concerns still being studied. Better recycling methods matter for consumers because they could mean fewer plastic and rubber waste particles ending up in our air, water, and food supply. While this is aimed at industry and policymakers, the tools it describes could shape how well future regulations actually reduce our everyday exposure to plastic pollution.
Advanced rubber and plastic recycling from theory to industrial scale Scaling polymer recycling from laboratory research to industrial production demands integrated knowledge of rubber and plastic processing, devulcanization chemistry, and separation science. Polymer Recycling and Waste Management delivers that integration, spanning theoretical principles, experimental findings, and large-scale production methods alongside sustainability frameworks and circular economy models relevant to both academic research and commercial operations. The book covers advanced devulcanization techniques, bio-based reclamation, and microplastics mitigation strategies supported by over 100 figures, diagrams, and flowcharts. Detailed case studies and experimental data address real-world challenges facing tire manufacturers, rubber recyclers, and polymer processing firms. Chapters extend from mechanical and chemical recycling fundamentals through energy recovery methods to policy frameworks guiding global waste management regulation. Readers will also find: Practical process flow diagrams and industrial insights for scaling cost-effective polymer recycling from bench to production Coverage of bio-based reclamation technologies and green degradation approaches shaping next-generation sustainable materials development Detailed examination of separation techniques applicable to mixed polymer waste streams in commercial recycling operations Analysis of circular economy models and regulatory frameworks informing environmental policy decisions across multiple industries Experimental data and case studies connecting devulcanization chemistry with scalable rubber and elastomer recycling processes Designed for researchers, advanced students, and R&D professionals in polymer science, chemical engineering, and environmental engineering, this reference connects recycling theory with industrial practice. Policy advisors involved in environmental regulation and circular economy initiatives will also find directly applicable frameworks and data.
More Papers Like This
Sustainable Plastic Waste Management, Volume 1
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Tiny plastic particles are now found everywhere, including the air we breathe and inside our bodies, and scientists are still working out exactly how harmful they are. This book pulls together current research on detecting these particles, their possible health effects, and what policies might help reduce our exposure. It's a useful snapshot of what experts know so far, and what questions remain unanswered.
Closed-Loop Polymer Chemistry: Designing for Efficient Monomer Recovery in Chemically Recyclable and Circular Polymers
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This review paper looks at how scientists are designing new plastics that can be chemically broken back down into their original building blocks and reused, instead of piling up in landfills or breaking into microplastics. This matters for your health because microplastics have been found in human blood, lungs, and even placentas, so plastics that can be fully recycled at the molecular level could mean less plastic waste polluting our environment, food, and bodies over time. The paper doesn't test a new product itself, but instead maps out the science needed to make these "recyclable-by-design" plastics practical and affordable enough for everyday use.
The Current State of Waste Plastic and Waste Rubber Tasks for the Sustainable Society
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This review discusses the state of plastic and rubber waste management challenges in modern society, covering the environmental and health harms caused by leaked plastic and rubber particles. The paper examines recycling limitations and calls for systemic changes to prevent plastic and microplastic pollution from continuing to grow.
Microplastics
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This book pulls together existing research on microplastics, tiny plastic particles polluting our soil and water, explaining how they get there, how scientists detect them, and how harmful they may be. It matters because these particles can end up in the food and water we consume, and understanding cleanup methods is a key step toward reducing our exposure to them.
Current Study Status and Development Prospects of Microplastics in Environmental Protection – a Brief Review
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Microplastics, tiny plastic particles found in our air, water, and soil, are showing up everywhere, and this review pulls together what scientists currently know about how they move through the environment, how they might harm our bodies and organs, and how we can detect and remove them. While researchers are still working out the full health risks, this summary highlights that microplastics are a growing concern worth tracking, and points to key questions scientists need to answer next. For everyday consumers, it's a reminder that reducing plastic exposure and supporting better filtration/cleanup technologies could matter for long-term health.
Research digests by email
When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.