A Scalable One-Step Method for Synthesizing Durable Defect-Minimized Graphite-Metal Catalysts for Sustained Engineering Applications - Cao, Mengbo; Gao, Ming; Wei, Xingyue; Zhang, Hanmin (Environmental science & technology, 2025)
Keywords: Beds (process engineering); Biomass; Catalysis; Catalysts; Catalytic oxidation; Chemical synthesis; Contaminants; Copper converters; Decontamination; Defects; Electrical conductivity; Electrical resistivity; Energy consumption; Energy requirements; Engineering; Environmental engineering; Flow rates; Graphite; Graphite - chemistry; Heavy metals; Hydraulic retention time; Iron; Metals; Oxidation; Oxidation-Reduction; Physico-Chemical Treatment and Resource Recovery; Pollutant removal; Redox reactions; Retention time; Stability; Cu-carbon catalyst; catalytic oxidation; energy-efficient synthesis; in situ contact redox reactions; engineering application