Science

Biochar-Polymer Composites Achieve Up to 82% Flexural Strength Enhancement in Sustainable 3D Printing
Tea Waste Biochar Boosts Onion Yield by 100% Over Conventional Fertilizers
Turning Tender Coconut Waste into Value-Added Products Through Volarization Reduces Carbon Footprints by up to 40%
Silty Clay Soil with Biochar Amendment Shows Maximum Seed Weight in Canola
Biochar Application Rate of 15 tons/ha Maximizes Maize Yield Gains in Sandy Soils
Rice Husk Biochar Boosts Alkali-Activated Slag Concrete Impact Resistance by up to 185%
Marine Waste Biochar Boosts Concrete Strength by Up to 10% and Improves Durability
Pre-Treatment Strategy Boosts Hydrogen Content in Syngas from Wood Waste by 79% and Slashes Carbon Dioxide Emissions
B-Sulfur Biochar Boosts Wheat Growth by 59.39% and Halves Chlorophyll Loss Under Scandium Stress
Ozone-Modified Biochar from Acacia Sawdust Achieves 32.38 mg/g Nitrogen Adsorption from Pig Wastewater