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Construction of sustainable composite beads of carboxymethyl cellulose-tannic acid embedded with ZnS–MoS2 for ultra-fast tetracycline remediation: high-capacity and rapid antibiotic removal
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DOI：10.1016/j.eurpolymj.2026.114992.png)
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Abstract
En 中文
• CMC-based composite (CMC-ZnS-MoS2) was designed for fast and quickly tetracycline removal. • Tannic acid inhibits ZnS-MoS2 agglomeration and increases the number of active sites. • Absorption capacity of 286.41 mg·g−1 in 20 min was achieved. • adsorption mechanisms included multi-forces i.e., electrostatic, π–π, H-bonds, coordinating. • Beads were retained 85% effectively of their original capacity after 5 cycles.
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6.3
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1.3W
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3.6W
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