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Organic frameworks for microplastic remediation: Approach towards sustainable environment
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Metal-Organic Framework-Based Remediation of Microplastic for Environment Sustainability
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Researchers reviewed the use of metal-organic frameworks (MOFs) as high-surface-area adsorbents for microplastic remediation, finding their tunable pore structures and functional groups enable selective capture of plastic particles from aquatic environments, offering a promising materials science approach to pollution control.
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Researchers reviewing microplastic pollution across all Earth's biomes find these particles disrupt plant photosynthesis, cause hormonal and reproductive harm in aquatic animals, and trigger cytotoxicity, neurotoxicity, and immune dysregulation at the cellular level, while evaluating biodegradation, coagulation, and photocatalytic remediation strategies.
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Tiny plastic particles are everywhere in our environment, and our bodies, and scientists are working on better ways to clean them up. This review rounds up the latest research on two cleanup approaches: materials that trap microplastics like a sponge, and others that use light to break them down at the molecular level, with the most promising solutions combining eco-friendly materials (like plant fibers) with advanced sponge-like structures to capture and destroy plastic waste more completely. While these technologies are still being refined for real-world, large-scale use, they represent encouraging progress toward reducing our exposure to microplastics through cleaner water and environment.
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Researchers reviewed the major sources of microplastic pollution — including untreated plastic waste, single-use agriculture plastics, and everyday consumer products — and evaluated biological and chemical remediation strategies such as microbial degradation, enzyme treatment, and phytoremediation. Understanding these diverse pathways and cleanup approaches is essential for developing scalable, eco-friendly solutions that reduce the accumulation of microplastics in ecosystems and limit human dietary and respiratory exposure.
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