2023
DOI: 10.1016/j.jhazmat.2022.130688
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Efficient removal of bromate from contaminated water using electrochemical membrane filtration with metal heteroatom interface

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Cited by 11 publications
(1 citation statement)
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“…developed an electrified membrane system consisting of bimetallic Pd and Fe nanoparticles (Pd− Fe NPs) loaded on a CNTs membrane.78 The bimetallic design significantly improved the catalytic activity for electrochemical H* generation, and the flow-through design enhanced the mass transfer of Sb, resulting in the effective generation of atomic H* and improved Sb removal efficiency. Furthermore, Li et al developed an electrochemical membrane system with a bimetallic atomic system of Ru and Ni to enhance the production and utilization efficiency of atomic H* 98. CV and ESR spectra were used to verify the existence and contribution of the atomic H*.…”
mentioning
confidence: 99%
“…developed an electrified membrane system consisting of bimetallic Pd and Fe nanoparticles (Pd− Fe NPs) loaded on a CNTs membrane.78 The bimetallic design significantly improved the catalytic activity for electrochemical H* generation, and the flow-through design enhanced the mass transfer of Sb, resulting in the effective generation of atomic H* and improved Sb removal efficiency. Furthermore, Li et al developed an electrochemical membrane system with a bimetallic atomic system of Ru and Ni to enhance the production and utilization efficiency of atomic H* 98. CV and ESR spectra were used to verify the existence and contribution of the atomic H*.…”
mentioning
confidence: 99%