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Cutting-edge MXenes for emerging pollutants: From detection to elimination of PFAS, microplastics and nanoplastics
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Application of MXenes for emerging contaminant removal and water purification: a revolutionary approach
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MXene nanomaterials demonstrate strong adsorption and removal capabilities for a broad range of emerging water contaminants, including micro- and nano-plastics, heavy metals, pharmaceuticals, and PFAS. This review highlights MXenes as a promising next-generation water purification technology capable of simultaneously addressing multiple co-occurring pollutants in microplastic-contaminated water systems.
Advanced strategies for the detection, Removal, and degradation of microplastics: Bridging science and sustainable technologies
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Microplastics, tiny plastic particles found in water, food, and even our bodies, are a growing health concern because they can carry toxic chemicals and don't break down easily. This review rounds up the latest tools scientists have for finding these particles, removing them from the environment (like advanced filters and light-based treatments), and even breaking them down using bacteria and enzymes. The takeaway: while promising cleanup technologies exist, researchers still need to weigh how practical, affordable, and environmentally friendly these solutions are before they can be widely used to reduce our exposure to microplastics.
Nanotechnology-enabled analytical tools for Microplastics and nanoplastics in aquatic ecosystems
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Tiny plastic particles in our water, some smaller than a virus, have been hard to detect with older lab tools, making it tough to know how much is really out there or how it might affect us. This review rounds up new nanotech-based detection methods (using gold nanoparticles, light-scattering sensors, and AI) that can spot these nanoplastics at incredibly low levels, faster and with less environmental impact than traditional testing. Better detection tools like these are a key first step toward understanding plastic pollution's health risks and building policies to protect our water supplies.
Microplastics as Vectors of PFAS: Adsorption Mechanisms, Environmental Fate, and Toxicological Implications
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This review examined how microplastics act as vectors for PFAS—so-called forever chemicals—by adsorbing and transporting these compounds through aquatic and terrestrial environments to increase combined toxic burden. The co-exposure risk is particularly concerning for human health because both microplastics and PFAS are persistent, and their interaction may amplify systemic toxicity beyond what either pollutant causes alone.
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