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Phosphorus recovery

  • Metal-Modified Biochar Increases Phosphorus Adsorption by Over Eleven Times to Clean Water and Support Sustainable Farming

    Metal-Modified Biochar Increases Phosphorus Adsorption by Over Eleven Times to Clean Water and Support Sustainable Farming

  • SUEZ and PYREG Deploy Pyrolis S2B to Transform Sewage Sludge into High-Value Biochar

    SUEZ and PYREG Deploy Pyrolis S2B to Transform Sewage Sludge into High-Value Biochar

  • Biochar-based Adsorbent Achieves 93% Phosphate Removal with 60% Recovery

    Biochar-based Adsorbent Achieves 93% Phosphate Removal with 60% Recovery

  • Biochar and Zeolite Modified with Magnesium Recover up to 116.99 mg/g of Phosphorus from Wastewater

    Biochar and Zeolite Modified with Magnesium Recover up to 116.99 mg/g of Phosphorus from Wastewater

  • Biochar-Based Fertilizers Boost Maize Yield by 10.8% and Soil P Availability by 11.6 mg/kg

    Biochar-Based Fertilizers Boost Maize Yield by 10.8% and Soil P Availability by 11.6 mg/kg

  • Municipal sewage sludge (MSS)Derived Biochar- A Sustainable Solution for Nutrient Recovery and Heavy Metal Mitigation

    Municipal sewage sludge (MSS)Derived Biochar- A Sustainable Solution for Nutrient Recovery and Heavy Metal Mitigation

  • Enhanced Phosphorus Recovery Up to 65% with Metal Salts, Superior to 52% from Modified Biochar

    Enhanced Phosphorus Recovery Up to 65% with Metal Salts, Superior to 52% from Modified Biochar

  • Biochar modifications boost phosphorus adsorption by 611% and adsorption rate by 873% for wastewater treatment

    Biochar modifications boost phosphorus adsorption by 611% and adsorption rate by 873% for wastewater treatment

  • Phosphorus Recovery from Wastewater by Renovating Date Palm Wastes into Sustainable Biochar

    Phosphorus Recovery from Wastewater by Renovating Date Palm Wastes into Sustainable Biochar

  • Turning Kitchen Waste Into Sustainable Fertilizer

    Turning Kitchen Waste Into Sustainable Fertilizer

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