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adsorption

  • Biochar Composite Achieves 60.86 mg/g Copper and 46.98 mg/g Lead Adsorption

    Biochar Composite Achieves 60.86 mg/g Copper and 46.98 mg/g Lead Adsorption

  • 2:1 Cellulose-to-Lignin Ratio Biochar for 99.9% Rhodamine B Removal in 30 Minutes

    2:1 Cellulose-to-Lignin Ratio Biochar for 99.9% Rhodamine B Removal in 30 Minutes

  • Biochar-Modified TiO2 Nanocomposites Achieve 100% Methylene Blue Removal in 20 Minutes

    Biochar-Modified TiO2 Nanocomposites Achieve 100% Methylene Blue Removal in 20 Minutes

  • MnFe2​O4​-Biochar Composite Achieves 57.33,  11.24 mg/g for Antimony And Cadmium Adsorption

    MnFe2​O4​-Biochar Composite Achieves 57.33, 11.24 mg/g for Antimony And Cadmium Adsorption

  • Nitrogen-Doped Algal Biochar Achieves 966 mg/g Methylene Blue Adsorption Capacity

    Nitrogen-Doped Algal Biochar Achieves 966 mg/g Methylene Blue Adsorption Capacity

  • Biochar from Biorefined Herbaceous Fiber: High Carbon Content (Above 60 wt%) and Low Contaminant Levels

    Biochar from Biorefined Herbaceous Fiber: High Carbon Content (Above 60 wt%) and Low Contaminant Levels

  • Enhanced Phosphorus Recovery Up to 65% with Metal Salts, Superior to 52% from Modified Biochar

    Enhanced Phosphorus Recovery Up to 65% with Metal Salts, Superior to 52% from Modified Biochar

  • The Scope of Waste-Derived Modified: Biochar for Environmental Application

    The Scope of Waste-Derived Modified: Biochar for Environmental Application

  • Maple Wood Biochar with Nickel Nanoparticles Removes 54.21 mg/g of Dye from Wastewater

    Maple Wood Biochar with Nickel Nanoparticles Removes 54.21 mg/g of Dye from Wastewater

  • Green Algae Biochar Removes 966 mg/g of Dye from Wastewater

    Green Algae Biochar Removes 966 mg/g of Dye from Wastewater

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