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catalytic pyrolysis

  • Using a Biochar Catalyst Increases Aromatic Hydrocarbon Production from Microalgae to Ninety-Six Percent

    Using a Biochar Catalyst Increases Aromatic Hydrocarbon Production from Microalgae to Ninety-Six Percent

  • Sustainable Carbon Materials Research Breakthrough: Temperature Control Achieves 69% Olefin Yield in Plastic Waste Upcycling

    Sustainable Carbon Materials Research Breakthrough: Temperature Control Achieves 69% Olefin Yield in Plastic Waste Upcycling

  • Transforming Agricultural Waste into Fertilizer: Cutting GHG Emissions by up to 30% and Boosting Nutrient Recovery

    Transforming Agricultural Waste into Fertilizer: Cutting GHG Emissions by up to 30% and Boosting Nutrient Recovery

  • $1/kg Green Hydrogen and Biochar: MIT-WPU’s 12% Efficient Agro-Waste-to-Energy System

    $1/kg Green Hydrogen and Biochar: MIT-WPU’s 12% Efficient Agro-Waste-to-Energy System

  • Biochar Catalyst Boosts Phenolics in Bio-oil by 65% from Eucalyptus Waste

    Biochar Catalyst Boosts Phenolics in Bio-oil by 65% from Eucalyptus Waste

  • Bio-oil Yields 69.7% Phenolics with H3​PO4​ Activated Biochar Catalyst

    Bio-oil Yields 69.7% Phenolics with H3​PO4​ Activated Biochar Catalyst

  • Enhancing Biomass Utilization with Microwave-Assisted Pyrolysis of Choerospondias Axillaris Seeds

    Enhancing Biomass Utilization with Microwave-Assisted Pyrolysis of Choerospondias Axillaris Seeds

  • Catalytic Pyrolysis of Coconut Wastes: Key Insights

    Catalytic Pyrolysis of Coconut Wastes: Key Insights

  • Innovative Biochar-Nickel Catalyst Enhances Hydrogen Production

    Innovative Biochar-Nickel Catalyst Enhances Hydrogen Production

  • Turning Waste to Wealth: Olive Pomace Biochar via Marble Sludge Catalyst

    Turning Waste to Wealth: Olive Pomace Biochar via Marble Sludge Catalyst

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