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Official PDF TranslationJournal of Environmental Engineering Technology

Research Advances in Resin-Enhanced Electrosorption for Water Treatment

Authors: XIONG Qikun; WANG Xinyi; LIU Weirong; TANG Yingcai; MA Lixin; LIU Baozhen; BAO Huanyu

DOI: 10.13205/j.hjgc.202606008Status: Verified Translated Edition
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Key Findings in This Report

• • Simple integration of resin with electrosorption achieves desalination efficiency exceeding 92.3%, demonstrating commercial viability for brackish water treatment. • • Resin-coated composite electrodes eliminate co-ion effect, boosting total salt adsorption capacity by 42%, critical for energy-efficient desalination. • • Resin-derived porous carbon electrodes exhibit adsorption capacities 3–5 times that of commercial activated carbon, offering superior material performance. • • Resin-filling strategy enhances convection and electrophoretic convection, achieving a high desalination rate of (670 ± 20) mg/(L·h), enabling faster throughput in industrial applications.