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Soil Improvement

  • IBI Study Tour Day 3: TerrAffix

    IBI Study Tour Day 3: TerrAffix

  • Thailand’s Ministry of Agriculture Engages Farmers with Biochar Projects

    Thailand’s Ministry of Agriculture Engages Farmers with Biochar Projects

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

    Making the Biochar Market Profitable and Sustainable for a Green Future

  • Boosting Tomato Yield by 294% and Shelf Life by 70% with 40 t/ha Cow Bone Biochar

    Boosting Tomato Yield by 294% and Shelf Life by 70% with 40 t/ha Cow Bone Biochar

  • Asheville’s Biochar Pilot: Transforming Waste into Resource with Collaborative Innovation and Economic Insights

    Asheville’s Biochar Pilot: Transforming Waste into Resource with Collaborative Innovation and Economic Insights

  • Biochar’s Leap: Element Doping Boosts Adsorption by up to 17.8x and Sustains 98% Supercapacitor Capacity Over 15,000 Cycles

    Biochar’s Leap: Element Doping Boosts Adsorption by up to 17.8x and Sustains 98% Supercapacitor Capacity Over 15,000 Cycles

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

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

  • Combined Biochar, Plant Ash, and EM Applications Boost Soil Fertility by 77.23% and Reduce Bulk Density by 9.83% in Vegetable Facilities

    Combined Biochar, Plant Ash, and EM Applications Boost Soil Fertility by 77.23% and Reduce Bulk Density by 9.83% in Vegetable Facilities

  • P-Doped Distiller’s Grains Biochar Increases Asparagus Lettuce Dry Weight by 35.74% in Continuous Cropping Soils

    P-Doped Distiller’s Grains Biochar Increases Asparagus Lettuce Dry Weight by 35.74% in Continuous Cropping Soils

  • Improving Rice Cultivation: Biochar Application Reduces GHG Emissions by 50% and Outperforms Incineration for Nutrient-Rich Waste

    Improving Rice Cultivation: Biochar Application Reduces GHG Emissions by 50% and Outperforms Incineration for Nutrient-Rich Waste

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