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phosphorus removal

  • Effective Metal Impregnation of Biomass-Derived Activated Carbon Increases Phosphorus Adsorption Capacity to Over 220 Milligrams Per Gram

    Effective Metal Impregnation of Biomass-Derived Activated Carbon Increases Phosphorus Adsorption Capacity to Over 220 Milligrams Per Gram

  • Florida Polytechnic University and Se7en Wetlands Collaborate on Biochar-Based Nutrient Remediation

    Florida Polytechnic University and Se7en Wetlands Collaborate on Biochar-Based Nutrient Remediation

  • Machine Learning Optimizes Lanthanum-Based Biochar to Reduce Water Treatment Costs by Up to 76 Percent

    Machine Learning Optimizes Lanthanum-Based Biochar to Reduce Water Treatment Costs by Up to 76 Percent

  • Machine Learning-Aided Biochar Design Slashes Water Treatment Costs by Over Seventy-Five Percent

    Machine Learning-Aided Biochar Design Slashes Water Treatment Costs by Over Seventy-Five Percent

  • Miami-Dade DSWM and Clean Earth Innovations Showcase Biochar Pilot for Yard Waste Diversion at South Dade Landfill

    Miami-Dade DSWM and Clean Earth Innovations Showcase Biochar Pilot for Yard Waste Diversion at South Dade Landfill

  • High Surface Area Activated Carbon from Banana Pseudostem via Optimized Synthesis

    High Surface Area Activated Carbon from Banana Pseudostem via Optimized Synthesis

  • City of Blaine and Rice Creek Watershed District to Implement Biochar-Augmented Filtration to Improve Laddie Lake Water Quality

    City of Blaine and Rice Creek Watershed District to Implement Biochar-Augmented Filtration to Improve Laddie Lake Water Quality

  • Biochar and Chitosan Boost Yarrow’s Monoterpenes by up to 26% Under Water Stress

    Biochar and Chitosan Boost Yarrow’s Monoterpenes by up to 26% Under Water Stress

  • Biochar Electrodes Retain 94.2% of Performance After 16 Treatment Cycles

    Biochar Electrodes Retain 94.2% of Performance After 16 Treatment Cycles

  • From Waste to Wonder: A Low-Cost Biochar Electrode Removes 45% of Phosphorus and 35% of Fluoride from Wastewater

    From Waste to Wonder: A Low-Cost Biochar Electrode Removes 45% of Phosphorus and 35% of Fluoride from Wastewater

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