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carbon emissions

  • The Department for Environment, Food and Rural Affairs and the ADOPT Programme Validate Subsurface Biochar Infrastructure to Preserves Peatlands

    The Department for Environment, Food and Rural Affairs and the ADOPT Programme Validate Subsurface Biochar Infrastructure to Preserves Peatlands

  • Combining Biochar and Nitrogen Fertilizer Boosts Soil Carbon Storage and Increases CO2 Emissions by up to 232 Percent

    Combining Biochar and Nitrogen Fertilizer Boosts Soil Carbon Storage and Increases CO2 Emissions by up to 232 Percent

  • Biochar for Multifunctional Cementitious Composites

    Biochar for Multifunctional Cementitious Composites

  • Nations of Biochar: How can the UK use Biochar to Clean its Waterways, Restore its Soils, and Fix its Forests?

    Nations of Biochar: How can the UK use Biochar to Clean its Waterways, Restore its Soils, and Fix its Forests?

  • Moore Foundation Funds Colorado Mines to Advance Biochar Concrete: A Path to Reducing Cement by 50%

    Moore Foundation Funds Colorado Mines to Advance Biochar Concrete: A Path to Reducing Cement by 50%

  • Controlled Hydrothermal Carbonization of Wood-derived Lignin-rich Lignocellulose: Redefining Pyrolytic Pathways to Tailored Biochar and Hydrogen-Enriched Syngas

    Controlled Hydrothermal Carbonization of Wood-derived Lignin-rich Lignocellulose: Redefining Pyrolytic Pathways to Tailored Biochar and Hydrogen-Enriched Syngas

  • UNFCCC Assesses Colombia’s Forest Emission Baselines, Suggesting Improved Forest Carbon Management

    UNFCCC Assesses Colombia’s Forest Emission Baselines, Suggesting Improved Forest Carbon Management

  • The Cement-Biochar Connection: A Building Material with the Potential to Cut Emissions by 40%

    The Cement-Biochar Connection: A Building Material with the Potential to Cut Emissions by 40%

  • Cobalt-Catalyzed Pyrolysis and Co-Digestion Boost Methane Yield by 45% and Reduce Activation Energy to 125 kJ/mol

    Cobalt-Catalyzed Pyrolysis and Co-Digestion Boost Methane Yield by 45% and Reduce Activation Energy to 125 kJ/mol

  • Biochar Integration Decreases Concrete Compressive Strength by up to 30%, but Improves Long-Term Curing

    Biochar Integration Decreases Concrete Compressive Strength by up to 30%, but Improves Long-Term Curing

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