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Environmental Remediation

  • Integrated Farming Strategy Reduces Soil Forever Chemical Remediation Costs to 1460 Dollars Per Hectare While Removing 11 Million Tons of Carbon Dioxide Annually

    Integrated Farming Strategy Reduces Soil Forever Chemical Remediation Costs to 1460 Dollars Per Hectare While Removing 11 Million Tons of Carbon Dioxide Annually

  • Modified Biochar Achieves 161.91 mg/g Capacity for Water Antibiotic Removal

    Modified Biochar Achieves 161.91 mg/g Capacity for Water Antibiotic Removal

  • Traditional Chinese Medicine Residue Biochar Reaches Lead Adsorption Capabilities of 599.40 Milligrams Per Gram and Tetracycline Capacities of 930.3 Milligrams Per Gram

    Traditional Chinese Medicine Residue Biochar Reaches Lead Adsorption Capabilities of 599.40 Milligrams Per Gram and Tetracycline Capacities of 930.3 Milligrams Per Gram

  • High-Dose Wood Biochar Reduces Farmland Nitrous Oxide Warming Sensitivity to 1.13 While Raising Forest Soil Values to 2.84

    High-Dose Wood Biochar Reduces Farmland Nitrous Oxide Warming Sensitivity to 1.13 While Raising Forest Soil Values to 2.84

  • Evaluating Biochar Soil Impact Beyond Standard Stability Metrics

    Evaluating Biochar Soil Impact Beyond Standard Stability Metrics

  • Integrated Thermochemical Approach Optimizes Energy and Nutrient Recovery from Anaerobic Digestate

    Integrated Thermochemical Approach Optimizes Energy and Nutrient Recovery from Anaerobic Digestate

  • Heavy Rainfall Rather than Biochar Adjustments Governs Soil Performance in Coarse Agricultural Land

    Heavy Rainfall Rather than Biochar Adjustments Governs Soil Performance in Coarse Agricultural Land

  • Magnesium Oxide Impregnated Combined Biochar Enhances Simultaneous Removal of Lead and Chromium from Wastewater

    Magnesium Oxide Impregnated Combined Biochar Enhances Simultaneous Removal of Lead and Chromium from Wastewater

  • Modified Periwinkle Shell Biochar Removes up to Ninety-Six Percent of Toxic Heavy Metals and Thirty-Three Percent of Organic Pollutants from Paint Industrial Wastewater

    Modified Periwinkle Shell Biochar Removes up to Ninety-Six Percent of Toxic Heavy Metals and Thirty-Three Percent of Organic Pollutants from Paint Industrial Wastewater

  • Synthesized Azolla and Biochar Material Yields a 96.21 Percent Methylene Blue Adsorption Efficiency and Transitions into an Effective Electrocatalyst

    Synthesized Azolla and Biochar Material Yields a 96.21 Percent Methylene Blue Adsorption Efficiency and Transitions into an Effective Electrocatalyst

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John Webster – Operations
Timothy Harfield – Founding Editor


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