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Environmental Remediation

  • Optimal Processing Time Maximizes Pollutant Extraction From Garbage Liquid Using Biochar Product

    Optimal Processing Time Maximizes Pollutant Extraction From Garbage Liquid Using Biochar Product

  • Low-Temperature Air Oxidation Increases Biochar Lead Sorption Capacity by Thirty Percent

    Low-Temperature Air Oxidation Increases Biochar Lead Sorption Capacity by Thirty Percent

  • 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

  • Biochar and Earthworm Synergy Achieves Up To 99 Percent Pharmaceutical Removal from Soil

    Biochar and Earthworm Synergy Achieves Up To 99 Percent Pharmaceutical Removal from Soil

  • High-Temperature Biochar and Short DNA Strands Maximize Genetic Sequestration Capacity

    High-Temperature Biochar and Short DNA Strands Maximize Genetic Sequestration Capacity

  • Rice Husk Derived Biochar Based Filter Material Doubles Formaldehyde Removal From Indoor Air

    Rice Husk Derived Biochar Based Filter Material Doubles Formaldehyde Removal From Indoor Air

  • Innovative Olive-Mill Wastewater Treatment: Synergy of Biochar and Electrocoagulation for Sustainable Water Purification

    Innovative Olive-Mill Wastewater Treatment: Synergy of Biochar and Electrocoagulation for Sustainable Water Purification

  • Sustainable Water Treatment: Hemp-Based Hydrochar Achieves 640 Milligrams per Gram Dye Removal Efficiency

    Sustainable Water Treatment: Hemp-Based Hydrochar Achieves 640 Milligrams per Gram Dye Removal Efficiency

  • Sustainable Rice Production Gains Through Animal-Waste Biochar and Hydrochar Innovations

    Sustainable Rice Production Gains Through Animal-Waste Biochar and Hydrochar Innovations

  • Biochar Reduces Plant Chromium Absorption by Over 60 Percent

    Biochar Reduces Plant Chromium Absorption by Over 60 Percent

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