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heavy metals

  • Biochar Boosts Paddy Soil Health: 1.01 to 1.20 pH Increase Observed

    Biochar Boosts Paddy Soil Health: 1.01 to 1.20 pH Increase Observed

  • Municipal Waste Biochar with Bentonite Best for Cadmium Immobilization: 18.7% Reduction in EDTA-Desorbed Cadmium

    Municipal Waste Biochar with Bentonite Best for Cadmium Immobilization: 18.7% Reduction in EDTA-Desorbed Cadmium

  • Iron-Modified Biochar Enhances Lead Adsorption by 22.535 mg/g in Mixed Metal Solutions

    Iron-Modified Biochar Enhances Lead Adsorption by 22.535 mg/g in Mixed Metal Solutions

  • Biochar at 15 g/kg Soil Ameliorates Heavy Metal Stress and Boosts Dill Plant Growth

    Biochar at 15 g/kg Soil Ameliorates Heavy Metal Stress and Boosts Dill Plant Growth

  • Biochar Achieves Over 90% Removal of Heavy Metals from Wastewater

    Biochar Achieves Over 90% Removal of Heavy Metals from Wastewater

  • Biochar Enhances Hemp Uptake of Zinc in Contaminated Soil

    Biochar Enhances Hemp Uptake of Zinc in Contaminated Soil

  • Sugar Beet Lime Biochar Reduces Soil Zinc by 20%

    Sugar Beet Lime Biochar Reduces Soil Zinc by 20%

  • Biochar Composite Achieves 60.86 mg/g Copper and 46.98 mg/g Lead Adsorption

    Biochar Composite Achieves 60.86 mg/g Copper and 46.98 mg/g Lead Adsorption

  • Combined Biochar and Bacteria Reduce Antimony in Rice by 40%

    Combined Biochar and Bacteria Reduce Antimony in Rice by 40%

  • Pristine Biochar Shows 30% Higher Uranium Adsorption Due to Negative Surface Charge

    Pristine Biochar Shows 30% Higher Uranium Adsorption Due to Negative Surface Charge

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John Webster – Operations
Timothy Harfield – Founding Editor


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