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adsorption

  • 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

  • Metal Oxides and Moderate Heat: Meta-Analysis Reveals 60%+ Boost in Biochar’s Heavy Metal Cleanup

    Metal Oxides and Moderate Heat: Meta-Analysis Reveals 60%+ Boost in Biochar’s Heavy Metal Cleanup

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

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

  • 2,4-D Herbicide Lingers 300+ Days in Soil; Review Proposes Dual-Action Nanocomposite Fix

    2,4-D Herbicide Lingers 300+ Days in Soil; Review Proposes Dual-Action Nanocomposite Fix

  • Removing Biochar’s Soluble Components Slashes Lead Adsorption from 96.2 to 35.0 mg/g

    Removing Biochar’s Soluble Components Slashes Lead Adsorption from 96.2 to 35.0 mg/g

  • Biochar Amendment Delays Pollutant Breakthrough by 12 to 40 Times in Alluvial Soil Systems

    Biochar Amendment Delays Pollutant Breakthrough by 12 to 40 Times in Alluvial Soil Systems

  • CatBoost AI Model Hits 98.8% (R2) Accuracy in Predicting Water-Cleaning Biochar Performance

    CatBoost AI Model Hits 98.8% (R2) Accuracy in Predicting Water-Cleaning Biochar Performance

  • Invasive Plant Biochar Boosts Aspirin Removal by Over 160%

    Invasive Plant Biochar Boosts Aspirin Removal by Over 160%

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John Webster – Operations
Timothy Harfield – Founding Editor


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