Monitoring and removal technologies of microplastics in the environment
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Microplastic (MP) contamination of the environment is one of the major problems to human and other creatures' health. Inrecent decades, researchers hardly work to find alternate products for MPs sources, detection, and removal technologies ofMPs from various polluted environments. This review discusses the various sources of MPs, ways to minimize thecontamination, environmental health effects caused by MPs pollution, and the detection of MPs in various environmental andfood samples. Additionally, the sensing mechanism, efficiency, merits, demerits, and challenges in detection techniques forvarious samples like air, water, and soil samples are described along with suitable examples. Further, the microplastic removaland treatment technologies such as coagulation and flocculation, membrane, biological, filtration, advanced oxidation process,and adsorption technologies are deeply evaluated to gather the necessary knowledge to make a pollution-free environment. Inthe end, the complications in detection and removal technologies in the current situation and opportunities to overcome theMPs' pollution problem are addressed.
Abstract
Microplastic (MP) contamination of the environment is one of the major problems to human and other creatures' health. Inrecent decades, researchers hardly work to find alternate products for MPs sources, detection, and removal technologies ofMPs from various polluted environments. This review discusses the various sources of MPs, ways to minimize thecontamination, environmental health effects caused by MPs pollution, and the detection of MPs in various environmental andfood samples. Additionally, the sensing mechanism, efficiency, merits, demerits, and challenges in detection techniques forvarious samples like air, water, and soil samples are described along with suitable examples. Further, the microplastic removaland treatment technologies such as coagulation and flocculation, membrane, biological, filtration, advanced oxidation process,and adsorption technologies are deeply evaluated to gather the necessary knowledge to make a pollution-free environment. Inthe end, the complications in detection and removal technologies in the current situation and opportunities to overcome theMPs' pollution problem are addressed.
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