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A pH-responsive biocatalytic membranes for efficient removal of bisphenol A in advanced wastewater treatment

delete2026-07-24
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PRE
AI
Q
Qing Yang *
W
Weirong Liu
D
Dianliang Zhang
J
Jiajia HuangFu
Y
Yun Ding
J
Junguang Zhao
DOI：10.1016/j.reactfunctpolym.2026.106878delete
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Abstract

Abstract

En 中文
• pH-responsive biocatalytic membrane via TA-PANI coating & laccase back-filtration. • TA-PANI dynamic charge regulation optimizes enzyme immobilization & stability. • Synergistic adsorption/enzymatic degradation: 88.0% BPA removal, high flux. • Theoretical calculations and molecular docking explained the interaction mechanism. • TA-PANI-Lac membrane is effective for advanced treatment of secondary effluent.
Keywords:
Endocrine-disrupting compounds
pH-responsive membrane system
Laccase catalyzed degradation
Secondary effluent polishing
Interfacial interactions

Journal

R
REACTIVE & FUNCTIONAL POLYMERS
IF:
5.1
Papers:
23
Citations:
0

Organization

L
lanzhou jiaotong university
Scholars:
2.0K
Papers: 639
Citations: 0
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