sorption

Optimizing Agricultural Waste: Pyrolyzing Barley Straw-Bran Pellets At High Temperature Triples Total Pore Volume for Advanced Sorbent Material
750°C Wood Chip Biochar Proves Best Adsorbent, But Exceeds PAH Safety Limits by 8%
Biochar and the Soil Priming Effect
Optimal Biochar Particle Size (354–595 µm) Enables Thermochemical Storage Density of 2480 J/g, a 66.8% Boost
CaCl2 /Biochar Composite with 354−595 μm Particles Achieves 2480 J/g Energy Density and 1780 J/g Stability After Leakage
Biochar Amendment Increases Fluridone Degradation in Soil by 45%
Biochar Innovation: New Biomass-Derived Modified Mesoporous Biochar Captures 3.35 mmol/g CO2 at 70°C, Showing High Efficiency
Biochar Boosts Fluridone Degradation by up to 47% and Enhances Soil Microbial Activity in Contaminated Soils
Biochar Boosts Herbicide Degradation by 45% and Restores Soil Microbial Diversity
Biochar-Enhanced Biofilters Efficiently Remove Chlorinated Ethenes from Groundwater