pollutant removal

Innovative Olive-Mill Wastewater Treatment: Synergy of Biochar and Electrocoagulation for Sustainable Water Purification
Element Doping Quadruples Biochar’s Carbon Sequestration and Enhances Energy Storage Performance
Supercharging Charcoal: Iron-Modified Biochar Removes Over 94% of Herbicides, Halves Costs of Activated Carbon
The Paw Paw Lake Biochar Initiative: A Local Model for Global Freshwater Restoration
Phosphorous-Doped Biochar Exhibits Over 400x Higher Adsorption Capacity for Mercury
Curbing Ciprofloxacin: How a Novel Nanocomposite Achieved 86.9% Removal Efficiency in Real Wastewater
LDO Composites Outperform LDH for Dye Removal, Achieving Adsorption Capacities up to 4841 mg/g
Optimized Biochar from Tea Waste Achieves 82.66% Pollutant Removal, With RNN Model Predicting Performance at an R2 of 0.960
Biochar Boosts Fine-Grained Soil Infiltration by Up to 8.4% and Removes 90% of Stormwater Pollutants Initially
Biochar’s Leap: Element Doping Boosts Adsorption by up to 17.8x and Sustains 98% Supercapacitor Capacity Over 15,000 Cycles