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Waste-to-Energy

  • Atmospheric Flame Plasma Pyrolysis Directs Ninety-Second Carbonization of Wet Spent Coffee Grounds into Sulfur-Free Biochar Surpassing Anthracite Heating Standards

    Atmospheric Flame Plasma Pyrolysis Directs Ninety-Second Carbonization of Wet Spent Coffee Grounds into Sulfur-Free Biochar Surpassing Anthracite Heating Standards

  • KIGAM Develops Rapid Flame Plasma Pyrolysis Process to Convert Wet Spent Coffee Grounds Into High-Calorific Biochar Fuel

    KIGAM Develops Rapid Flame Plasma Pyrolysis Process to Convert Wet Spent Coffee Grounds Into High-Calorific Biochar Fuel

  • The Korea Institute of Geoscience and Mineral Resources and GodTech Co., Ltd. Develop Rapid Flame Plasma Pyrolysis for High-Calorific Biochar Production

    The Korea Institute of Geoscience and Mineral Resources and GodTech Co., Ltd. Develop Rapid Flame Plasma Pyrolysis for High-Calorific Biochar Production

  • FGV Energia Researcher Presents Sustainability Study on Banana Peel Waste Pyrolysis at London Workshop

    FGV Energia Researcher Presents Sustainability Study on Banana Peel Waste Pyrolysis at London Workshop

  • Deploying Biochar with Bioenergy Crops in China for Cost-Effective Carbon Dioxide Removal

    Deploying Biochar with Bioenergy Crops in China for Cost-Effective Carbon Dioxide Removal

  • Barwon Water and the Australian Government Secure Funding to Implement Carbon-Regenerative Wastewater Treatment

    Barwon Water and the Australian Government Secure Funding to Implement Carbon-Regenerative Wastewater Treatment

  • Ankur Scientific Strategy for Global Expansion and Technological Diversification

    Ankur Scientific Strategy for Global Expansion and Technological Diversification

  • Clean Energy Technologies and Vermont Systems Secure Partnership for Alberta Biomass Facility

    Clean Energy Technologies and Vermont Systems Secure Partnership for Alberta Biomass Facility

  • Clean Energy Technologies Inc. Leverages HTAP™ Platform to Boost Biomethane Output and Resource Recovery

    Clean Energy Technologies Inc. Leverages HTAP™ Platform to Boost Biomethane Output and Resource Recovery

  • Tezpur University Researchers Develop Co-Pyrolysis Method to Convert Invasive Weeds and Plastic Waste into Biochar and Biofuel

    Tezpur University Researchers Develop Co-Pyrolysis Method to Convert Invasive Weeds and Plastic Waste into Biochar and Biofuel

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John Webster – Operations
Timothy Harfield – Founding Editor


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