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Environmental Remediation
Precise Sub-Nanopore Controls and Surface Alkalinity Drive 83% Removal Efficiency of Short-Chain Pollutants in Advanced Water Remediation
Vachellia nilotica Tree-Stem Biochar Achieves 97.94% Removal Efficiency and a Maximum Adsorption Capacity of 333.33 Milligrams per Gram for Hazardous Acid Violet 17 Dye
Low-Temperature Biochar at Two Percent Loading Accelerates PLA Film Composting Degradation to Over Seventy-Seven Percent
High-Temperature Activated Waste Timber Biochar Reduces PFAS Leaching from Low-TOC Soil by Up to One Hundred Percent
Lowering Nitrogen-to-Boron Ratios in Co-Doped Biochar Boosts Antibiotic Removal Efficiency by More Than Twofold
Integrated Biochar, Plant, and Microbial Systems Reduce Contaminated Soil Herbicide Levels by up to 90 Percent
Particle-bound lead accounts for up to 90.2% of total lead escaping through post-filtration systems despite low dissolved lead levels
Hot Peppers Successfully Clean Contaminated Soil While Remaining Safe for Daily Consumption
Ball-Milled Biochar Composite Enhances Antibiotic Removal Rate by 3.69 Times
Biochar-Enzyme Composites Achieve Over Ninety-Eight Percent Pollutant Removal in Contaminated Water and Soil
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