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CO2​ emissions

  • Marine Waste Biochar Boosts Concrete Strength by Up to 10% and Improves Durability

    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

    Pre-Treatment Strategy Boosts Hydrogen Content in Syngas from Wood Waste by 79% and Slashes Carbon Dioxide ​ Emissions

  • Corn Straw Biochar Cuts Permafrost CO2​ Emissions by up to 19.37% and Boosts Forest Soil Carbon by 60%

    Corn Straw Biochar Cuts Permafrost CO2​ Emissions by up to 19.37% and Boosts Forest Soil Carbon by 60%

  • High-Dose Plastic-Char (10 t ha−1) Spikes Soil CO2​ Emissions by ~245% but Dramatically Boosts Ryegrass Biomass by ~279%

    High-Dose Plastic-Char (10 t ha−1) Spikes Soil CO2​ Emissions by ~245% but Dramatically Boosts Ryegrass Biomass by ~279%

  • Phosphorus-Modified Biochar Reduces CO2​ Emissions While Increasing Soil Organic Carbon by up to 55.46 g/kg in Manganese-Contaminated Soils

    Phosphorus-Modified Biochar Reduces CO2​ Emissions While Increasing Soil Organic Carbon by up to 55.46 g/kg in Manganese-Contaminated Soils

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