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Techno-economic analysis

  • 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

    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

  • Waste Waste to Wealth: Banana Stalk Biochar Achieves Ninety-Two Percent Glycerol Conversion

    Waste Waste to Wealth: Banana Stalk Biochar Achieves Ninety-Two Percent Glycerol Conversion

  • Biochar Supplementation Increases Global Biogas Research Outputs and Offers Potential to Reduce Greenhouse Gas Emissions by Up to Forty-Two Percent

    Biochar Supplementation Increases Global Biogas Research Outputs and Offers Potential to Reduce Greenhouse Gas Emissions by Up to Forty-Two Percent

  • Farm-Scale Parallel Pyrolysis System Sequesters 350 Tons of Carbon and Reduces Manure Management Emissions by 75 Percent Annually

    Farm-Scale Parallel Pyrolysis System Sequesters 350 Tons of Carbon and Reduces Manure Management Emissions by 75 Percent Annually

  • Biochar LCA Studies Surged to 46 Papers in 2022, Comprising 25% of All Research

    Biochar LCA Studies Surged to 46 Papers in 2022, Comprising 25% of All Research

  • Optimizing Biochar for Sustainable Fuels: A 33% Conversion Yield from Direct Liquefaction

    Optimizing Biochar for Sustainable Fuels: A 33% Conversion Yield from Direct Liquefaction

  • Maize Stover Biochar Reduces Nitrogen in Tequila Wastewater by 40% at 10x Lower Cost

    Maize Stover Biochar Reduces Nitrogen in Tequila Wastewater by 40% at 10x Lower Cost

  • Custom Biochar Formulations for Sustainable Energy Storage

    Custom Biochar Formulations for Sustainable Energy Storage

  • Reducing Phosphorus Loss with Designer Biochar Pellets in Agricultural Drainage Systems

    Reducing Phosphorus Loss with Designer Biochar Pellets in Agricultural Drainage Systems

  • An Integrated Biorefinery Approach to Biodiesel, Bio-Oil, and Biochar from Madhuca indica Seeds

    An Integrated Biorefinery Approach to Biodiesel, Bio-Oil, and Biochar from Madhuca indica Seeds

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