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Addressing the Challenge of Microfiber Plastics as the Marine Pollution Crisis Using Circular Economy Methods: a Review
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Researchers reviewed how synthetic microfiber plastics enter marine ecosystems through plastic waste fragmentation and evaluated circular economy strategies — such as recycling, reuse, and biodegradable alternatives — to reduce this pollution. No single solution is sufficient; a combination of policy, economics, and technological innovation is needed.
The growing trend of using plastics and the accumulation of plastic waste in nature have caused many concerns. The fragmentation of plastic waste causes the formation of microplastics. Microfiber plastics (a subset of microplastics) enter the marine environment, then, after entering the food chain, cause damage to organisms. In this review article, sources of microplastic waste in aquatic environments and the use of biodegradable plastics as a sustainable alternative to conventional plastics are investigated. As a result, biodegradable plastics cannot reduce pollution to zero. Hence, there is a need for complementary mechanisms in this field. More sustainable mechanisms are needed to reduce pollution. Therefore, the potential of implementing a circular economy to reduce plastic waste into marine environments has been investigated, and effective measures and ideas have been expressed as a way to achieve environmental goals along with economic and political aspects. On-site recycling, plastic waste reuse, long-term policies, economic justification, equipment and product modification, financial incentives, etc. are all complementary mechanisms proposed. More attention to research and development units is also necessary.
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Circular Economy and Sustainable DevelopmentGoals in the Reduction of Global Nano(Micro) Plastic Pollution
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Researchers examined how circular economy principles and UN Sustainable Development Goals can be leveraged to reduce global nano- and microplastic pollution, arguing that systemic shifts in production, consumption, and waste governance are needed to curb the persistent environmental accumulation of plastics.
A Critical Review of Marine Microfiber Pollution Routes, Toxicity, and Its Sustainable Remediation
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Researchers critically reviewed the sources, environmental transport routes, toxicological effects, and remediation strategies for marine microfibers, finding that synthetic textiles dominate microfiber pollution and that current wastewater treatment is insufficient to prevent their widespread aquatic distribution.
Synthetic Microfiber: An Enduring Environmental Problem Linked to Sustainable Development
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Researchers examined how synthetic textiles release microfibers at every stage of their lifecycle — from production through washing to disposal — making textile-derived microfibers one of the most persistent and widespread environmental pollutants. The study calls for industry-wide solutions to reduce microfiber emissions before they reach waterways and the food chain.
Microfiber Pollution—A Sustainability Issue
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Synthetic textile microfibers shed during washing represent a pervasive and underappreciated source of microplastic pollution, with millions of fibers released per laundry cycle entering wastewater systems that cannot fully capture them. Addressing microfiber pollution requires sustainability-focused interventions across the textile manufacturing, consumer use, and wastewater treatment stages.
Integrating the Circular Economy Principles to Tackle Plastic Pollution in Aquaculture
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This review examined plastic pollution in aquaculture systems — including microplastics shed from nets, cages, and buoys — and evaluated circular economy strategies such as material substitution, recycling loops, and biodegradable alternatives to reduce plastic waste. Since aquaculture is a major global food source, microplastic contamination of farmed seafood represents a direct and growing pathway for human dietary exposure that demands systemic industry-level solutions.
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