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electron transfer
Aging Increases Low-Temperature Biochar Conductivity by Over One Thousand Times While Reducing High-Temperature Biochar Performance
Direct Degradation by Biochar Reaches 40% of Total Organic Pollutant Removal, Driven by Electron-Donating Capacity
Conductive Biochar Increases Methane Production in Paddy Soils by Up to 69% by Acting as a “High-Way” for Electrons
High Biochar Conductivity Increases Methane Generation in Paddy Soil by 69%
Adding Graphene-modified Biochar to Paddy Soil Increases Methane Production by 69% by Enhancing Electron Transfer
A New Substrate Reduces Nitrous Oxide Emissions by 85.45% in Wastewater Treatment
Novel Biochar-CN Photocatalyst Boosts Pollutant Degradation Rate by 15.43x
Enhancing Water Purification: Iron Biochar Improves Organic Pollutant Breakdown by up to 100%
Modified Biochar Reduces Pathogenic Fungi by Up to 17.18% and Enhances Ginsenoside Rb1 Removal
Nanoparticle-Biochar Composites Enhance Methane Production by 42% While Decreasing Membrane Fouling by 20-65% in Bioreactors
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