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dye removal

  • Modified Biochar From Rice Straw Removes Ninety Nine Percent of Methylene Blue from Wastewater

    Modified Biochar From Rice Straw Removes Ninety Nine Percent of Methylene Blue from Wastewater

  • Data-Driven Discovery: Machine Learning Platform Increases Biochar Adsorption Efficiency by Over 18 Percent

    Data-Driven Discovery: Machine Learning Platform Increases Biochar Adsorption Efficiency by Over 18 Percent

  • 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

  • Nearly 96% Methyl Orange Dye Removal Achieved with Puffed Rice Biochar at Lower Temperatures

    Nearly 96% Methyl Orange Dye Removal Achieved with Puffed Rice Biochar at Lower Temperatures

  • CatBoost AI Model Hits 98.8% (R2) Accuracy in Predicting Water-Cleaning Biochar Performance

    CatBoost AI Model Hits 98.8% (R2) Accuracy in Predicting Water-Cleaning Biochar Performance

  • Engineered Biochar Achieves 98% Dye Removal: A Sustainable Strategy for Clean Water

    Engineered Biochar Achieves 98% Dye Removal: A Sustainable Strategy for Clean Water

  • One-Step Co-Pyrolysis Produces Magnetic Biochar with 100% Dye Removal Efficiency in 2 Hours

    One-Step Co-Pyrolysis Produces Magnetic Biochar with 100% Dye Removal Efficiency in 2 Hours

  • 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

  • Oil Palm Trunk-Derived Nanomagnetic Biochar Achieves 91% Malachite Green Removal at Optimized Conditions

    Oil Palm Trunk-Derived Nanomagnetic Biochar Achieves 91% Malachite Green Removal at Optimized Conditions

  • Sustainable Wastewater Treatment: Biochar’s 1341 mg/g Adsorption Capacity and Economic Viability

    Sustainable Wastewater Treatment: Biochar’s 1341 mg/g Adsorption Capacity and Economic Viability

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