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phytoremediation

  • Sludge Biochar Immobilized Microbiome Increases Lead Root Absorption by 56.9% and Zinc Transfer by 30%

    Sludge Biochar Immobilized Microbiome Increases Lead Root Absorption by 56.9% and Zinc Transfer by 30%

  • Targeted Fungal and Biochar Combinations Boost Red Mud Remediation and Reduce Toxic Metal Risks by Matching Specific Fungal Strains to Metal Valencies

    Targeted Fungal and Biochar Combinations Boost Red Mud Remediation and Reduce Toxic Metal Risks by Matching Specific Fungal Strains to Metal Valencies

  • Biochar in Focus at NanoDay 2026: Connecting Research and Practice in the Biochar Community

    Biochar in Focus at NanoDay 2026: Connecting Research and Practice in the Biochar Community

  • From Feedlot to Field: How ‘Carbon Chicken Project’ is Turning a Watershed Crisis into a Soil Health Revolution

    From Feedlot to Field: How ‘Carbon Chicken Project’ is Turning a Watershed Crisis into a Soil Health Revolution

  • Integrated Biochar and Lemna minor System Achieves 80.46% Removal of Emerging Pollutant Benzophenone-3

    Integrated Biochar and Lemna minor System Achieves 80.46% Removal of Emerging Pollutant Benzophenone-3

  • Biochar Amendment Locks Up 60% of Soil Lead, Boosts Plant Biomass by 115% on Toxic Mine Land

    Biochar Amendment Locks Up 60% of Soil Lead, Boosts Plant Biomass by 115% on Toxic Mine Land

  • Enhanced Biochar Removes Heavy Metals, Boosting Adsorption Capacity Up to 723.6 mg/g in Polluted Soils

    Enhanced Biochar Removes Heavy Metals, Boosting Adsorption Capacity Up to 723.6 mg/g in Polluted Soils

  • Unlocking Soil’s Potential: How Biochar and Rhizoremediation Drive 77% Hydrocarbon Removal and a $4.0 Billion Market by 2032

    Unlocking Soil’s Potential: How Biochar and Rhizoremediation Drive 77% Hydrocarbon Removal and a $4.0 Billion Market by 2032

  • A Sustainable Surge: Biochar Research Up 1099% Since 2018

    A Sustainable Surge: Biochar Research Up 1099% Since 2018

  • Iron-Modified Biochar Reduces Antimony Accumulation in Rice by 28% While Boosting Root Growth by 85%

    Iron-Modified Biochar Reduces Antimony Accumulation in Rice by 28% While Boosting Root Growth by 85%

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John Webster – Operations
Timothy Harfield – Founding Editor


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