Skip to content
  • LinkedIn
  • X
  • Facebook
  • Instagram
  • Reddit
  • Spotify
  • RSS Feed
  • News
  • Blog
    • Ask Annie
    • Spill the Char
    • Expert Profiles
  • Videos
  • Use Cases
    • Agriculture
    • Horticulture
    • Livestock
    • Landscaping
    • Building Materials
    • Concrete / Asphalt
    • Reforestation
    • Soil Remediation
    • Water Treatment
    • Carbon Sequestration
  • The Biochar Show
  • Store
  • About
    • Partner Directory
    • Editorial Guidelines
    • Contact

reusability

  • Iron-Modified Biochar’s Cost is Nearly Half That of Activated Carbon, Demonstrating High Potential for Reuse in Pollutant Cleanup

    Iron-Modified Biochar’s Cost is Nearly Half That of Activated Carbon, Demonstrating High Potential for Reuse in Pollutant Cleanup

  • From 100 Cycles to 4: Biochar Reusability Is Key to Greener Food Analysis, But 36% of Methods Still Use Problematic Solvents

    From 100 Cycles to 4: Biochar Reusability Is Key to Greener Food Analysis, But 36% of Methods Still Use Problematic Solvents

  • Coconut Waste Biochar Removes 99% of Heavy Metals, Reusable for 20 Cycles

    Coconut Waste Biochar Removes 99% of Heavy Metals, Reusable for 20 Cycles

  • Steam-Activated Hydrochar from Wine Waste Achieves 99.2% Diclofenac Removal with 25.19 mg/g Capacity

    Steam-Activated Hydrochar from Wine Waste Achieves 99.2% Diclofenac Removal with 25.19 mg/g Capacity

  • Engineered Biochar Systems Boost Atrazine Degradation by 20–40% and Maintain >80% Efficiency After Five Uses

    Engineered Biochar Systems Boost Atrazine Degradation by 20–40% and Maintain >80% Efficiency After Five Uses

  • Biochar Made From Grape Stalks Achieves 99% Removal of a Key Antibiotic from Hospital Wastewater

    Biochar Made From Grape Stalks Achieves 99% Removal of a Key Antibiotic from Hospital Wastewater

  • “Black Gold” of Green Chemistry: Biochar’s Rise in Food Analysis

    “Black Gold” of Green Chemistry: Biochar’s Rise in Food Analysis

  • Efficient Norfloxacin Removal: Cerium Nanocomposite Tea Biochar Achieves 95.19% Degradation with Persulfate Activation and Retains 81.75% Activity After 8 Cycles

    Efficient Norfloxacin Removal: Cerium Nanocomposite Tea Biochar Achieves 95.19% Degradation with Persulfate Activation and Retains 81.75% Activity After 8 Cycles

  • Biochar-Based Biosensor Detects Cardiac Troponin T at 0.003 ng/mL with High Reusability

    Biochar-Based Biosensor Detects Cardiac Troponin T at 0.003 ng/mL with High Reusability

  • Biochar’s Breakthrough: N-doped Cu/Al@Biochar Achieves 90% Tetracycline and 82% Norfloxacin Removal from Wastewater

    Biochar’s Breakthrough: N-doped Cu/Al@Biochar Achieves 90% Tetracycline and 82% Norfloxacin Removal from Wastewater

1 2 3
Next Page
  • LinkedIn
  • X
  • Facebook
  • Instagram
  • Reddit
  • Spotify
  • RSS Feed

GET THE NEWSLETTER

  • Resources
  • Glossary
  • Partner Directory
  • About
  • Editorial Guidelines
  • Contact
  • Privacy Policy
  • Disclaimer


Loading Comments...