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Waste Management

  • Sand Filters Amended with 10% Brewery Waste Biochar Boost Bacterial Removal to 94.1%

    Sand Filters Amended with 10% Brewery Waste Biochar Boost Bacterial Removal to 94.1%

  • Direct Pyrolysis Yields $9.62 Million Net Present Value Over Hydrothermal Pathway for Sargassum Conversion

    Direct Pyrolysis Yields $9.62 Million Net Present Value Over Hydrothermal Pathway for Sargassum Conversion

  • Eucalyptus Wood Waste Biochar Achieves High Aluminum Removal Capacity of 139.2 Milligrams Per Gram in Water Remediation

    Eucalyptus Wood Waste Biochar Achieves High Aluminum Removal Capacity of 139.2 Milligrams Per Gram in Water Remediation

  • Oil Palm Fronds Retort Pyrolysis Yields Seven-Tenths Carbon Composition for Soil and Environmental Applications

    Oil Palm Fronds Retort Pyrolysis Yields Seven-Tenths Carbon Composition for Soil and Environmental Applications

  • Eucalyptus grandis Biochar Enhances Acetic Acid Fraction by Fifty-Three Percent and Improves Total Profitability to Approximately One Hundred and Sixty Thousand Rand in Food Waste Biorefineries

    Eucalyptus grandis Biochar Enhances Acetic Acid Fraction by Fifty-Three Percent and Improves Total Profitability to Approximately One Hundred and Sixty Thousand Rand in Food Waste Biorefineries

  • Sulfur-Enriched Waste Biomass Biochar Enhances Crop Yields up to 115 Percent and Reduces Soil Toxin Mobility

    Sulfur-Enriched Waste Biomass Biochar Enhances Crop Yields up to 115 Percent and Reduces Soil Toxin Mobility

  • Synergistic Addition of Biochar and Surfactants Reduces Empty Fruit Bunch Composting Carbon-to-Nitrogen Ratios to 6.95 within 42 Days

    Synergistic Addition of Biochar and Surfactants Reduces Empty Fruit Bunch Composting Carbon-to-Nitrogen Ratios to 6.95 within 42 Days

  • Converting Waste Biochar with Carbon Dioxide Reaches Maximum Adsorption Capacity of 119.3 Milligrams per Gram

    Converting Waste Biochar with Carbon Dioxide Reaches Maximum Adsorption Capacity of 119.3 Milligrams per Gram

  • Agricultural and Forestry Waste Biochar Contains High Carbon Content to Enable Complex Adsorption Pathways for Multi-Mechanism Antibiotic Removal

    Agricultural and Forestry Waste Biochar Contains High Carbon Content to Enable Complex Adsorption Pathways for Multi-Mechanism Antibiotic Removal

  • Turning Lavender Waste Into Valuable Biochar and Lessening Environmental Burdens

    Turning Lavender Waste Into Valuable Biochar and Lessening Environmental Burdens

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John Webster – Operations
Timothy Harfield – Founding Editor


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