Recently, the research group led by Dr. Qian Guangfu from the team of Academician Wang Shuangfei at the School of Light Industry and Food Engineering of our university has achieved a new advance in the field of the wood fiber carbon-based electrocatalyst. The related research findings have been published in Advanced Materials under the title "MoO₂‐Mediated Ni-Fe Bond Contraction and Electroni...

Recently, the Biomass and Environment Research Group of the School of Chemistry and Chemical Engineering of Guangxi University made important progress in the field of single-atom catalysis for organic pollutant degradation. The study, entitled “Coordination Reconstruction Enhanced Synergistic Nonradical Oxidation Pathways in Cobalt Single-Atom Catalysts for Sustained Pollutant Destruction,” w...

Recently, the 7th Technological Innovation Conference of the Engineering Construction Industry, hosted by the China Construction Enterprise Management Association, was held in Changzhou. The Comprehensive Utilization Technology of Earthwork Resources in Canal Engineering, developed under the leadership of Professor Xiao Jianzhuang from Guangxi University in collaboration with Pinglu Canal Group...

Recently, the “Advanced Wood Fiber Materials” research team led by Academician Wang Shuangfei from the School of Light Industry and Food Engineering has made significant progress in the field of cellulose triboelectric materials. The related research findings, titled “Bioinspired Heterogeneous Wettability Triboelectric Sensors for Sweat Collection and Monitoring”, were published in the inte...

Recently, Professor Min Douyong's research team from Academician Wang Shuangfei's group at Guangxi University's School of Light Industry and Food Engineering has made new progress in electrocatalytic nitrogen reduction using lignocellulosic functional materials. The related findings, entitled "O-Induced Diatomic Fe–Mo Mimetic Enzyme for Efficient Electrocatalytic Nitrogen Reduction at Universa...

Recently, the Collaborative Innovation Center for Efficient Metal Resource Utilization and Environmental Protection at Guangxi University has made new progress in molecular sieve synthesis research. The related findings, entitled "Non-Hydrothermal In-Situ Synthesis of Ultra-High and Radiation-Resistant NaA Zeolite Microspheres for Cs⁺and Sr²⁺Remediation," have been published in Advanced Funct...