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The growth of biopolymers and natural earthen sources as membrane/separator materials for microbial fuel cells:A comprehensive review

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Journal of Energy Chemistry 2023年第5期80卷 402-431,I0010页

作者： gowthami palanisamy Sadhasivam Thangarasu Ranjith Kumar Dharman Chandrashekar S.Patil Thakur Prithvi Pal Singh Negi Mahaveer D.Kurkuri Ranjith Krishna Pai Tae Hwan Oh School of Chemical Engineering Yeungnam UniversityGyeongsan 38541Republic of Korea Centre for Research in Functional Materials(CRFM) JAIN(Deemed-to-be University)Jain Global CampusBengaluru 562112KarnatakaIndia Technology Mission Division-(Energy&Water) Department of Science and Technology(DST)Ministry of Science and Technology-Govt.of IndiaNew Delhi 110016India

Microbial fuel cell(MFC)technology has emerged as an effective solution for energy insecurity and ***,identifying suitable components(particularly separators or membranes)with the required properties,such as low cost and high performance,remains challenging and restricts practical *** membranes,such as Nafion,exhibit excellent performance in ***,these membranes have high production costs,which considerably increase the overall MFC unit cell *** the numerous types,the separators or membranes developed from biopolymers and naturally occurring earthen sources have proven to be a novel and efficient concept due to their natural abundance,cost-effectiveness(approximately$20 m^(-2),$5 m^(-2),and$1 kg-1for biopolymers,ceramics,and earthensources,respectively),structural properties,proton transportation,manufacturing and modification ease,and environmental *** this review,we emphasize cost-effective renewable green materials(biopolymers,bio-derived materials,and naturally occurring soil,clay,ceramics or minerals)for MFC applications for the first *** with good thermal,mechanical,and water retention properties,sustainability,and environmental friendliness,such as cellulose and chitosan,are typically ***,the modification or introduction of various functional groups in biopolymers to enhance their functional properties and scale MFC power density is ***,separator/membrane development using various bio-sources(such as coconut shells,banana peels,chicken feathers,and tea waste ash)is ***,naturally occurring sources such as clay,montmorillonite,and soils(including red,black,rice-husk,and Kalporgan soil)for MFC were *** conclusion,the existing gap in MFC technology was filled by providing recommendations for future aspects based on the barriers in cost,environment,and characteristics.

关键词： Biomembrane Bioseparator Microbial fuel cell Energy harvesting Bioenergy Wastewater treatment

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