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Water Retention

  • Biochar from Date Palm Residues Reduces Soil Salinity by 34% and Increases Mung Bean Yield by 38%

    Biochar from Date Palm Residues Reduces Soil Salinity by 34% and Increases Mung Bean Yield by 38%

  • Making the Biochar Market Profitable and Sustainable for a Green Future

    Making the Biochar Market Profitable and Sustainable for a Green Future

  • Sitos Group secures air permit for reactor, forging path for biochar innovation in California

    Sitos Group secures air permit for reactor, forging path for biochar innovation in California

  • Biochar As A Catalyst for Transforming Urban Landscapes and Green Cities

    Biochar As A Catalyst for Transforming Urban Landscapes and Green Cities

  • AMP’s Biochar Approach: A New Angle on Municipal Solid Waste Management

    AMP’s Biochar Approach: A New Angle on Municipal Solid Waste Management

  • MASH Makes Field Trials Show Long-Term Biochar Benefits Across Indian Crops

    MASH Makes Field Trials Show Long-Term Biochar Benefits Across Indian Crops

  • 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

  • Integrating Biochar into Roadbuilding: A UK Trial on the A417

    Integrating Biochar into Roadbuilding: A UK Trial on the A417

  • Biochar Outperforms Other Soil Amendments, Boosting Crop Yields by 20% and Water Retention by 30%

    Biochar Outperforms Other Soil Amendments, Boosting Crop Yields by 20% and Water Retention by 30%

  • Biochar: A Key Player in Carbon Dioxide Removal and Sustainable Agriculture

    Biochar: A Key Player in Carbon Dioxide Removal and Sustainable Agriculture

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John Webster – Operations
Timothy Harfield – Founding Editor


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