• 

  Magnesium-Impregnated Rice Husk Biochar Sequentially Treats 4.32 Cubic Meters of Wastewater Daily Before Soil Application Yields a Potential Reduction of 1.34 Kilograms of Carbon Dioxide Equivalent Per Kilogram

• 

  Agricultural and Forestry Waste Biochar Contains High Carbon Content to Enable Complex Adsorption Pathways for Multi-Mechanism Antibiotic Removal

• 

  Multi-Year Peanut Shell Biochar Applications at Nine Hundred Kilograms per Hectare Enhance Soil Health and Improve Bacterial Network Complexity Across Chinese Tobacco Fields

• 

  High-Rate Wood Biochar applied at Three Percent Divergently Alters Soil Nitrous Oxide Temperature Sensitivity in Agricultural and Forest Ecosystems

• 

  Co-Application of Tender Coconut Husk Biochar and Specialized Bacillus Strains Yields a Twofold Return on Investment in Sandy Soils

• 

  Metal Oxide Catalysts Reduce Toxic Chemical Emissions During Composite Processing by 15% to 20%

• 

  Beef Cattle Manure Biochar Boosts Fine Soil Water Holding Capacity by up to 44%

• 

  Canna indica Biochar and Ozone Process Lowers Water Contamination by over 96%

• 

  Breaking the Trade-off Between Reactivity and Stability in Soil Humic Acid

• 

  Turning Lavender Waste Into Valuable Biochar and Lessening Environmental Burdens