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Environmental Remediation
Malt Spent Rootlets Biochar Increases Bacterial Retention in Saturated Sand Filters from 17.8 Percent to 94.1 Percent
Biochar Addition Boosts Anammox Nitrogen Removal Efficiency Up to 34.6 Percent Through Extracellular Electron Transfer
Dissolved Black Carbon Colloidal Stability Governed by Pyrolysis Conditions Controls Carbon Sequestration and Pollutant Mobility
Phosphoric Acid-Activated White-Rot Fungus Biochar Removes Up to 99.5 Percent of Antibiotics from Water While Biochar Mixtures Exhibit Antagonistic Performance
Canola Straw Biochar Continuous Columns Cut Oil Sands Wastewater Treatment Costs by 84 Percent While Spent Media Valorization Saves 168 Canadian Dollars in Cement
Deep Learning Framework Achieves 91 Percent Accuracy in Predicting Biochar Catalytic Efficiency for Antibiotic Removal
Graphitized Biochar Increases Electrical Conductivity by 2.64-Fold and Enhances Hydroxyl Radical Production by 54.9 Percent for Complete Soil Antibiotic Removal
Nanobiochar Enhances Soil Nutrient Retention, Boosts Crop Yields by 18 Percent, and Cuts Heavy Metal Uptake by up to 95 Percent
Microplastics Can Inflate Apparent Soil Organic Carbon Estimates by 3 to 15 Megagrams per Hectare and Compromise Biochar Sequestration Accounting
Comparative Evaluation of Pristine Biochar and Advanced Composites in Water Treatment
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