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adsorption

  • A 135 mg/g Maximum Adsorption Capacity for Banana Biochar Demonstrates a Sustainable Solution for BPA in Wastewater

    A 135 mg/g Maximum Adsorption Capacity for Banana Biochar Demonstrates a Sustainable Solution for BPA in Wastewater

  • A Powerful Tool Against Plastic Pollution: Biochar Boosts Crop Yields by up to 81% and Cleans Water with 99% Efficiency

    A Powerful Tool Against Plastic Pollution: Biochar Boosts Crop Yields by up to 81% and Cleans Water with 99% Efficiency

  • Biochar Nanocomposites Offer Hope for Water Contamination

    Biochar Nanocomposites Offer Hope for Water Contamination

  • Low-Cost Magnetic Biochar from Solid Waste Achieves an 87.39 mg/g Adsorption Capacity for Tetracycline

    Low-Cost Magnetic Biochar from Solid Waste Achieves an 87.39 mg/g Adsorption Capacity for Tetracycline

  • Biochar Made From Grape Stalks Achieves 99% Removal of a Key Antibiotic from Hospital Wastewater

    Biochar Made From Grape Stalks Achieves 99% Removal of a Key Antibiotic from Hospital Wastewater

  • Palm Seed Biochar Removes up to 98% of Zinc from Water

    Palm Seed Biochar Removes up to 98% of Zinc from Water

  • From Kitchen Waste to Clean Water: Biochar Removes 99.5% of Methylene Blue Dye

    From Kitchen Waste to Clean Water: Biochar Removes 99.5% of Methylene Blue Dye

  • New Nanocarriers from Mesoporous Carbon Materials Show Promise in Drug Delivery and Environmental Applications

    New Nanocarriers from Mesoporous Carbon Materials Show Promise in Drug Delivery and Environmental Applications

  • Abatement of Volatile Organic Compounds (VOCs) Through Adsorption: A 16% Increase in Adsorption Capacity with MIL-101/GrO Composites

    Abatement of Volatile Organic Compounds (VOCs) Through Adsorption: A 16% Increase in Adsorption Capacity with MIL-101/GrO Composites

  • A New Nanocomposite Achieves 90.30% Lead Removal and a 79.302 mg/g Adsorption Capacity

    A New Nanocomposite Achieves 90.30% Lead Removal and a 79.302 mg/g Adsorption Capacity

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