Study on the mechanism of immobilization and remediation of uranium in uranium-containing wastewater by synergistic induction of mineralization by functional bacteria

Mengjie Li

doi:10.1016/j.jece.2026.124520

Study on the mechanism of immobilization and remediation of uranium in uranium-containing wastewater by synergistic induction of mineralization by functional bacteria

2026-08-07

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AI

M

Mengjie Li

Z

Zhijun Zhang

J

Jinxiang Deng *

H

Huaimiao Zheng

L

Lingling Wu

K

Kaiwen Tong

L

Lanyue Li

DOI：10.1016/j.jece.2026.124520

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• The uranium-tolerant strain has an efficient removal effect on uranium within 48 h. • Under the optimal synergistic conditions, the removal rate of uranium by the bacterial community reaches 92.27%. • Bacterial synergy raises calcite proportion, improving uranium immobilization stability. • Microorganisms adsorption-mineralization enables uranium co-precipitation for effective remediation.

Study on the mechanism of immobilization and remediation of uranium in uranium-containing wastewater by synergistic induction of mineralization by functional bacteria

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