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Water treatment

  • Iron-Modified Barley Straw Biochar Achieves Predicted Twenty-Two Milligrams Per Gram Phosphate Adsorption

    Iron-Modified Barley Straw Biochar Achieves Predicted Twenty-Two Milligrams Per Gram Phosphate Adsorption

  • Sustainable Biochar Electrodes Remove Over Thirteen Milligrams of Salt Per Gram and Retain Over Ninety Percent Capacity After Twenty Cycles

    Sustainable Biochar Electrodes Remove Over Thirteen Milligrams of Salt Per Gram and Retain Over Ninety Percent Capacity After Twenty Cycles

  • Garden Waste Biochar Achieves 85 Percent Antibiotic Removal Efficiency from Aqueous Systems

    Garden Waste Biochar Achieves 85 Percent Antibiotic Removal Efficiency from Aqueous Systems

  • Sustainable Adsorbent Achieves 95.8 Percent Fluoride Removal From Contaminated Groundwater

    Sustainable Adsorbent Achieves 95.8 Percent Fluoride Removal From Contaminated Groundwater

  • SKM and KOBIS Berhad Integrate Biochar Ball Innovation into Youth Cooperative Framework

    SKM and KOBIS Berhad Integrate Biochar Ball Innovation into Youth Cooperative Framework

  • Rice Husk Nanocomposite Removes Over 207 Milligrams of Toxic Chromium Per Gram

    Rice Husk Nanocomposite Removes Over 207 Milligrams of Toxic Chromium Per Gram

  • AI-Optimized Biochar Models Predict Superior Heavy Metal Removal with Over Ninety-Nine Percent Accuracy

    AI-Optimized Biochar Models Predict Superior Heavy Metal Removal with Over Ninety-Nine Percent Accuracy

  • Harnessing Plant Based Biochar to Remove Nearly Ninety Eight Percent of Herbicide Contamination

    Harnessing Plant Based Biochar to Remove Nearly Ninety Eight Percent of Herbicide Contamination

  • Zinc Oxide and Palm Shell Biochar Composite Achieves Over Eighty-Eight Percent Degradation of Toxic Textile Dye Waste

    Zinc Oxide and Palm Shell Biochar Composite Achieves Over Eighty-Eight Percent Degradation of Toxic Textile Dye Waste

  • Sustainable Valorization of Banana Peel Waste into a Biochar-Integrated  Nanocomposite for Decomposition of Prednisolone

    Sustainable Valorization of Banana Peel Waste into a Biochar-Integrated Nanocomposite for Decomposition of Prednisolone

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John Webster – Operations
Timothy Harfield – Founding Editor


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