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tetracycline
Modified Biochar Achieves 161.91 mg/g Capacity for Water Antibiotic Removal
Traditional Chinese Medicine Residue Biochar Reaches Lead Adsorption Capabilities of 599.40 Milligrams Per Gram and Tetracycline Capacities of 930.3 Milligrams Per Gram
Sustainable Biochar Composite Synthesized from Waste Eggshells and Cotton Stalks Reaches a Maximum Adsorption Capacity of One Hundred and Sixty-One Milligrams per Gram to Eliminate Antibiotics from Wastewater
ZnO-Modified Biochar from Invasive Weeds Achieves Over Ninety Percent Removal of Pharmaceuticals in Wastewater Treatment
Traditional Chinese Medicine Herb Residues Derived High-Performance Biochar Attained Higher Adsorption Capacities of Lead and Tetracycline
Selective Hydrogen Bonding Increases Doxycycline Adsorption Rates on Biochar by Over Fifty Percent Compared to Other Tetracyclines
Sustainable Pine-Bark Biochar Achieves Complete Removal of Antibiotics from Aquaculture Water
High-Efficiency Antibiotic Removal: Chestnut Shell Biochar Electrode Achieves 90.6% Tetracycline Degradation and 20-Cycle Stability
Low-Cost Magnetic Biochar from Solid Waste Achieves an 87.39 mg/g Adsorption Capacity for Tetracycline
Biochar from Waste Materials Cleans Water with 87.39 mg/g Adsorption Capacity
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