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Waste Management

  • High Surface Area Activated Carbon from Banana Pseudostem via Optimized Synthesis

    High Surface Area Activated Carbon from Banana Pseudostem via Optimized Synthesis

  • Biochar Boosts Methane Yield by up to Eighty-six Percent While Stabilizing Sludge Management

    Biochar Boosts Methane Yield by up to Eighty-six Percent While Stabilizing Sludge Management

  • Sustainable Biochar Integration Drives Significant Reductions in Composting Odors and Greenhouse Gases

    Sustainable Biochar Integration Drives Significant Reductions in Composting Odors and Greenhouse Gases

  • Sustainable Valorization of Food Waste into Biochar for High-Efficiency Energy and Water Treatment

    Sustainable Valorization of Food Waste into Biochar for High-Efficiency Energy and Water Treatment

  • Biochar Addition to Composting Processes Can Reduce Ammonia Emissions by Up to Eighty Nine Percent and Volatile Organic Compounds by Seventy Percent

    Biochar Addition to Composting Processes Can Reduce Ammonia Emissions by Up to Eighty Nine Percent and Volatile Organic Compounds by Seventy Percent

  • Sugarcane Bagasse Compost Combined with Full NPK Fertilizer Maximizes Shallot Yield and Soil Fertility

    Sugarcane Bagasse Compost Combined with Full NPK Fertilizer Maximizes Shallot Yield and Soil Fertility

  • Sustainable Soil Restoration in Borno State Using Biochar from Agricultural Waste

    Sustainable Soil Restoration in Borno State Using Biochar from Agricultural Waste

  • Repurposing Tannery Waste into Biochar Can Stabilize Up to Ninety Seven Percent of Chromium Contamination

    Repurposing Tannery Waste into Biochar Can Stabilize Up to Ninety Seven Percent of Chromium Contamination

  • Avocado Waste Valorization: Seeds Yield Biochar with 52% Lead Adsorption, Pulp Oil Extracted with 990 kJ/kg Energy

    Avocado Waste Valorization: Seeds Yield Biochar with 52% Lead Adsorption, Pulp Oil Extracted with 990 kJ/kg Energy

  • Turning Tender Coconut Waste into Value-Added Products Through Volarization Reduces Carbon Footprints by up to 40%

    Turning Tender Coconut Waste into Value-Added Products Through Volarization Reduces Carbon Footprints by up to 40%

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