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Adsorption kinetics
Phosphoric Acid-Activated White-Rot Fungus Biochar Removes Up to 99.5 Percent of Antibiotics from Water While Biochar Mixtures Exhibit Antagonistic Performance
Canna indica Biochar and Ozone Process Lowers Water Contamination by over 96%
Selective Hydrogen Bonding Increases Doxycycline Adsorption Rates on Biochar by Over Fifty Percent Compared to Other Tetracyclines
Porous Biochar Achieves High Carbon Capture Through Precise Control of Pore Networks
Ozone-Modified Biochar from Acacia Sawdust Achieves 32.38 mg/g Nitrogen Adsorption from Pig Wastewater
Waste Date Seeds Activated with NaOH Achieve 89.3% Removal of Herbicide 2,4-D from Water
Vicia Faba Stem Biochar Achieves 88.86% Phenol Removal in Water with Multilayer Adsorption
Orange Leaf Biochar Achieves 97.5% Favipiravir Removal from Wastewater, Exceeding WHO Standards
Sunflower Seed Hull Biochar Achieves 95% 4-Nitrophenol Removal from Water at pH 5.5
Papaya Seed Biochar Achieves 100% Dye Removal Efficiency After Chemical Modification
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