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environmental sustainability

  • Biochar Remediation Shows Exponential Growth and High Efficiency in Removing Persistent Soil Pollutants

    Biochar Remediation Shows Exponential Growth and High Efficiency in Removing Persistent Soil Pollutants

  • High-Dosage Biochar Application Reduces Soil Heavy Metal Bioavailability by up to 91 Percent Over Fourteen Years

    High-Dosage Biochar Application Reduces Soil Heavy Metal Bioavailability by up to 91 Percent Over Fourteen Years

  • Turning Biosolids into Biochar: New England’s Wastewater Transition

    Turning Biosolids into Biochar: New England’s Wastewater Transition

  • A Note of Appreciation: Women Contributing to the Biochar Sphere

    A Note of Appreciation: Women Contributing to the Biochar Sphere

  • The LEGO Group, Climate Impact Partners, and ClimeFi Expand Carbon Removal Portfolio to Support Net Zero Transition

    The LEGO Group, Climate Impact Partners, and ClimeFi Expand Carbon Removal Portfolio to Support Net Zero Transition

  • Tailoring Biochar Properties with a New Modular Strategy Can Increase Adsorption Capacity for Harmful Chemicals by Nearly Three Times

    Tailoring Biochar Properties with a New Modular Strategy Can Increase Adsorption Capacity for Harmful Chemicals by Nearly Three Times

  • Sustainable Soil Health Gains Through Engineered Biochar Metal Locking

    Sustainable Soil Health Gains Through Engineered Biochar Metal Locking

  • Enhanced Magnetic Biochar Increases Heavy Metal Removal from Water and Soil by Over 400 Percent

    Enhanced Magnetic Biochar Increases Heavy Metal Removal from Water and Soil by Over 400 Percent

  • New Integrated Bioreactor System Reduces Nitrate by 58 Percent and Captures Over 90 Percent of Phosphorus

    New Integrated Bioreactor System Reduces Nitrate by 58 Percent and Captures Over 90 Percent of Phosphorus

  • Biochar Today: Past, Present, and Future

    Biochar Today: Past, Present, and Future

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