Electrostatic spinning technology coupled with traditional pollution control processes: A review.

Hanrun Lv,Xuechen Li,Mengjiao Wang,Ruyu Bai,Hongji Li,Junlang Lao,M. Du,Jiaqi Shi,Hanfei Gao,Baorong Duan,Qingjian Zhang,Lin Liu,Yonglin Liu

Published 2025 in Science of the Total Environment

ABSTRACT

Electrospun nanofibers exhibit large specific surface areas and multiporous and multisite structures, which enable their use as reaction media for confined-space utilization and as carriers for immobilizing active particles. This paper systematically reviews the integration mechanisms of electrospinning technology with traditional pollutant treatment techniques, such as adsorption, catalysis, electro-remediation, bioremediation, and oil-water separation, and then summarizes the advantages and challenges of multi-technology coupling strategies, aiming to provide support for establishing a multi-technology coupling system and achieving synergistic treatment of pollutants.

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