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carbon capture

  • Shrimp Waste Transformed into High-Performance Biochar for Carbon Capture

    Shrimp Waste Transformed into High-Performance Biochar for Carbon Capture

  • Sargassum Solution: From Caribbean Coastal Nuisance to Carbon Capture Biochar

    Sargassum Solution: From Caribbean Coastal Nuisance to Carbon Capture Biochar

  • New B10 Char Facility Targets Drought Resilience and Carbon Sequestration in South Africa

    New B10 Char Facility Targets Drought Resilience and Carbon Sequestration in South Africa

  • Harnessing Machine Learning to Predict CO2 Adsorption in Biochar: SVR and CatBoost Models Achieve 93% Accuracy

    Harnessing Machine Learning to Predict CO2 Adsorption in Biochar: SVR and CatBoost Models Achieve 93% Accuracy

  • Victoria’s CRD to Convert Biosolids into Biochar with Australian Technology

    Victoria’s CRD to Convert Biosolids into Biochar with Australian Technology

  • Vancouver Island Considers Biochar Option for Biosolids Management with Australian Firm

    Vancouver Island Considers Biochar Option for Biosolids Management with Australian Firm

  • Proposed Iowa Facility to Turn 100,000 Tons of Waste into 20,000 Tons of Biochar Annually

    Proposed Iowa Facility to Turn 100,000 Tons of Waste into 20,000 Tons of Biochar Annually

  • Proposed CREST Act recommends Tax Credit to Boost Biomass Carbon Removal

    Proposed CREST Act recommends Tax Credit to Boost Biomass Carbon Removal

  • Converting Manure to Energy: Thermochemical Processes Reduce GHG Emissions by Over 90%

    Converting Manure to Energy: Thermochemical Processes Reduce GHG Emissions by Over 90%

  • Olive Stone Hydrochar with ZnCl2 Activation Achieves 1281 m2/g Surface Area, Improving  CO2​ Adsorption to 2.78 mmol/g.

    Olive Stone Hydrochar with ZnCl2 Activation Achieves 1281 m2/g Surface Area, Improving CO2​ Adsorption to 2.78 mmol/g.

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John Webster – Operations
Timothy Harfield – Founding Editor


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