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Waste Management

  • 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

  • Optimizing Agricultural Waste: Pyrolyzing Barley Straw-Bran Pellets  At High Temperature Triples Total Pore Volume for Advanced Sorbent Material

    Optimizing Agricultural Waste: Pyrolyzing Barley Straw-Bran Pellets At High Temperature Triples Total Pore Volume for Advanced Sorbent Material

  • Biochar from Invasive Weeds Achieves 89% COD and 88% BOD Removal, Making it the Top Choice for Municipal Wastewater Treatment

    Biochar from Invasive Weeds Achieves 89% COD and 88% BOD Removal, Making it the Top Choice for Municipal Wastewater Treatment

  • Straw Innovations and Takachar Collaborate to Boost Rice Yields and Abate Smog in India

    Straw Innovations and Takachar Collaborate to Boost Rice Yields and Abate Smog in India

  • Life Cycle Assessment Shows Bio-Kiln  Reduces Global Warming Potential by 8.51%  in Tree Stump Biochar Production

    Life Cycle Assessment Shows Bio-Kiln Reduces Global Warming Potential by 8.51% in Tree Stump Biochar Production

  • Understanding Biochar–Microbe Dynamics with Dr. Chandrasekhar Paul

    Understanding Biochar–Microbe Dynamics with Dr. Chandrasekhar Paul

  • Miami-Dade County and Clean Earth Innovations Pilot Pyrolysis for Organic Waste Diversion

    Miami-Dade County and Clean Earth Innovations Pilot Pyrolysis for Organic Waste Diversion

  • 750°C Wood Chip Biochar Proves Best Adsorbent, But Exceeds PAH Safety Limits by 8%

    750°C Wood Chip Biochar Proves Best Adsorbent, But Exceeds PAH Safety Limits by 8%

  • Biochar Chile, UDT-UdeC, and Corfo Validate Thermochemical Conversion and Unlock Carbon Finance with Semi-Industrial Plant Launch

    Biochar Chile, UDT-UdeC, and Corfo Validate Thermochemical Conversion and Unlock Carbon Finance with Semi-Industrial Plant Launch

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