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wastewater treatment

  • Novel Adsorbent Removes 83% of Copper from Battery Wastewater

    Novel Adsorbent Removes 83% of Copper from Battery Wastewater

  • Biochar-Chitosan Nanocomposite Achieves 83% Copper Removal from Industrial Wastewater

    Biochar-Chitosan Nanocomposite Achieves 83% Copper Removal from Industrial Wastewater

  • Biochar Production: How Hydrothermal Conversion of Algae and Straw Creates a 27.8 MJ kg-1 Biofuel

    Biochar Production: How Hydrothermal Conversion of Algae and Straw Creates a 27.8 MJ kg-1 Biofuel

  • Walnut Shell-Derived Adsorbent Achieves 97.72% Methylene Blue Removal

    Walnut Shell-Derived Adsorbent Achieves 97.72% Methylene Blue Removal

  • Biochar-based Adsorbent Achieves 93% Phosphate Removal with 60% Recovery

    Biochar-based Adsorbent Achieves 93% Phosphate Removal with 60% Recovery

  • Biochar and Zeolite Modified with Magnesium Recover up to 116.99 mg/g of Phosphorus from Wastewater

    Biochar and Zeolite Modified with Magnesium Recover up to 116.99 mg/g of Phosphorus from Wastewater

  • A Natural Solution for a Modern Problem: Biochar from Mexican Logwood Removes 84.5 mg/g of Acetaminophen from Water

    A Natural Solution for a Modern Problem: Biochar from Mexican Logwood Removes 84.5 mg/g of Acetaminophen from Water

  • A Versatile Solution for a Sustainable Future: How Biochar is Revolutionizing Environmental Applications

    A Versatile Solution for a Sustainable Future: How Biochar is Revolutionizing Environmental Applications

  • Modified Biochar Boosts Heavy Metal Removal Efficiency to 95%

    Modified Biochar Boosts Heavy Metal Removal Efficiency to 95%

  • 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

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