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Author response for "Microplastic Removal from Wastewater through Biopolymer and Nanocellulose-Based Green Technologies"
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Researchers compared conventional and innovative water treatment technologies for their effectiveness at removing microplastics and nanoplastics from drinking and wastewater. The review identifies critical gaps in current infrastructure and highlights advanced filtration and coagulation approaches that show the greatest removal efficiency.
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Researchers reviewed the principles and methods used to remove microplastics from wastewater, evaluating the effectiveness of treatment approaches across domestic, industrial, and environmental discharge scenarios. Because wastewater treatment plants are a key pathway for microplastics entering aquatic environments, improving removal efficiencies is critical to reducing the downstream human and ecological exposure burden.
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Tiny plastic bits (microplastics) from our wastewater end up polluting rivers, soil, and eventually the food and water we consume. This paper reviews how natural materials, like sand, plant fibers, or other low-cost, eco-friendly filters, could be used in wastewater treatment plants to catch these plastic particles before they spread, offering a cheaper option for developing countries that often lack advanced filtration systems. This matters because reducing microplastics in our environment may help lower our long-term exposure to them through drinking water and food.
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Researchers reviewed how sewage treatment plants both trap and release microplastics into the environment, finding that modern treatment technologies can significantly reduce the amount of plastic particles discharged — though plants remain a key pathway for microplastics to reach waterways.
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