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wastewater treatment

  • Biochar from Invasive Weeds Achieves 89% COD and 88% BOD Removal, Making it the Top Choice for Municipal Wastewater Treatment

    Biochar from Invasive Weeds Achieves 89% COD and 88% BOD Removal, Making it the Top Choice for Municipal Wastewater Treatment

  • 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

  • Bioforcetech and EPA Collaboration Confirms Complete PFAS Elimination in Biosolids Via Sigma Pyrolysis

    Bioforcetech and EPA Collaboration Confirms Complete PFAS Elimination in Biosolids Via Sigma Pyrolysis

  • University of Florida Researchers Leverage Biochar to Transform Biosolids and Remediate Contaminants

    University of Florida Researchers Leverage Biochar to Transform Biosolids and Remediate Contaminants

  • Nickel-Doped Biochar from Palm Waste Degrades 74.73% of Methyl Orange Dye in 120 Minutes

    Nickel-Doped Biochar from Palm Waste Degrades 74.73% of Methyl Orange Dye in 120 Minutes

  • Modified Biochar Can Adsorb Over 1,200 mg/g of Pollutants, Turning Waste into Water’s Newest Filter

    Modified Biochar Can Adsorb Over 1,200 mg/g of Pollutants, Turning Waste into Water’s Newest Filter

  • New Biochar Based Adsorbent Mix Removes 99.5% of Mercury, 98.3% of Chromium from Lab Wastewater

    New Biochar Based Adsorbent Mix Removes 99.5% of Mercury, 98.3% of Chromium from Lab Wastewater

  • Modified Biochar Achieves 95% Dye Removal, Offers Reusable Solution to Wastewater Pollution

    Modified Biochar Achieves 95% Dye Removal, Offers Reusable Solution to Wastewater Pollution

  • Nearly 96% Methyl Orange Dye Removal Achieved with Puffed Rice Biochar at Lower Temperatures

    Nearly 96% Methyl Orange Dye Removal Achieved with Puffed Rice Biochar at Lower Temperatures

  • Coconut Waste Biochar Removes 99% of Heavy Metals, Reusable for 20 Cycles

    Coconut Waste Biochar Removes 99% of Heavy Metals, Reusable for 20 Cycles

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John Webster – Operations
Timothy Harfield – Founding Editor


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