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Global Plastic Pollution: Unresolved Problems, Scientific and Technological Gaps, and a Practical Framework for Prevention, Recovery and Environmental Protection
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This paper reviews the global plastic pollution problem, noting that only 9% of plastic waste was recycled in 2019 out of 353 million tonnes generated. It identifies ongoing gaps in waste collection, recycling, microplastics and regulation, and proposes a conceptual framework for prevention and lifecycle management rather than new software or tools.
Global Plastic Pollution: Unresolved Problems, Scientific and Technological Gaps, and a Practical Framework for Prevention, Recovery and Environmental Protection 181st Tech-Focused Idea, Article, Research Paper & Framework Author: Muhammad Asim – Global Progress VolunteerAuthor Profile: GLOBAL PROGRESS VOLUNTEER | Inventor | Innovator | Solution ArchitectResearch Focus: Global plastic pollution, prevention, lifecycle management, circularity, environmental protection, technological innovation and measurable gap closureDocument Type: Conceptual Research Paper and Proposed Global Problem-Solving FrameworkDate: 9 October 2026 DOI: 10.5281/zenodo.23263451 / Abstract Plastic materials provide important benefits in healthcare, food protection, transportation, construction, electronics, agriculture and numerous other sectors. However, the global production, use, disposal and leakage of plastics have created interconnected environmental, technological, economic, governance and public-health challenges. Existing responses—including recycling, waste collection, cleanup campaigns, material substitution, product redesign and international cooperation—have achieved important progress, yet significant gaps remain. The Organisation for Economic Co-operation and Development (OECD) estimated that global plastic production reached 460 million tonnes in 2019 and that 353 million tonnes of plastic waste were generated that year. After accounting for losses during recycling, only 9% of this waste was ultimately recycled. The same assessment identified substantial quantities of plastic waste being landfilled, incinerated, openly burned, disposed of in uncontrolled locations or leaked into the environment (OECD, 2022). This paper examines the global plastic problem as a collection of unresolved and interconnected gaps rather than as a problem that can be solved through recycling or cleanup alone. It identifies key challenges involving plastic production and design, waste prevention, collection infrastructure, difficult-to-recycle materials, microplastics, hazardous additives, industrial and agricultural losses, international accountability, environmental monitoring, human-health evidence, economic incentives and unequal access to practical solutions. The paper proposes a prevention-first, lifecycle-based approach that combines scientific research, engineering, material innovation, effective waste services, responsible production, evidence-based regulation, transparent measurement and international cooperation. It introduces a structured method for identifying, prioritizing, addressing and independently verifying progress on unresolved plastic-related problems. The proposed approach is conceptual and is intended to support research, policy development, technological innovation and practical implementation; it is not presented as a new software platform or as a substitute for existing scientific and institutional initiatives. Keywords: plastic pollution; plastic waste; microplastics; nanoplastics; circular economy; recycling; material science; waste prevention; environmental monitoring; lifecycle assessment; producer responsibility; technological innovation; global cooperation; sustainable development.
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