刘通论文被 Water Science and Engineering 接收
刘通等关于微生物-矿物-生物质复合体系增强 Cr(VI) 连续流生物还原稳定性和效率的研究被 Water Science and Engineering 接收。
刘通论文 An integrated microbial-mineral-biomass composite strategy for enhancing the stability and efficiency of Cr(VI) bioreduction under continuous flow 被 Water Science and Engineering 接收。
作者： Tong Liu, Lin-lin Ma, Yu-tian Hu, Nan Chen, Chuan-ping Feng
期刊： Water Science and Engineering, 2026
Microbial Cr(VI) reduction is a cost-effective remediation approach, but its continuous-flow application is often limited by toxicity inhibition and unstable nutrient supply. This study developed an integrated microbial-phosphorus mineral-corncob (MPC) composite that encapsulates Cr(VI)-reducing bacteria with slow-release nutrients in a hydrogel matrix.
The MPC system sustained complete Cr(VI) removal at influent concentrations up to 160 mg/L in synthetic wastewater and 120 mg/L in actual groundwater. Reactive transport modeling showed that diffusion limitations create protective intraparticle concentration gradients, while density functional theory calculations confirmed strong Cr(III) sequestration and sustained phosphorus bioavailability. The work demonstrates that engineering a protected and self-sufficient microbial microenvironment can improve the stability of Cr(VI) bioremediation under continuous-flow conditions.