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waste valorization

  • Argentine Scientists Transform Yerba Mate Waste into Valuable Bio-oil

    Argentine Scientists Transform Yerba Mate Waste into Valuable Bio-oil

  • Modified Biochar Removes Over 99% of Microplastics, Turning Waste into a Water-Cleaning Tool

    Modified Biochar Removes Over 99% of Microplastics, Turning Waste into a Water-Cleaning Tool

  • Nickel-Doped Biochar from Palm Waste Degrades 74.73% of Methyl Orange Dye in 120 Minutes

    Nickel-Doped Biochar from Palm Waste Degrades 74.73% of Methyl Orange Dye in 120 Minutes

  • Beyond a Single Solution: Dr. Maria-Elena Vorrath on Multidimensional CDR

    Beyond a Single Solution: Dr. Maria-Elena Vorrath on Multidimensional CDR

  • Higher Pre-Carbonization Temperature of 500∘C Yields 1002 m2/g Carbon, Boosting Supercapacitor Capacitance to 110 F/g

    Higher Pre-Carbonization Temperature of 500∘C Yields 1002 m2/g Carbon, Boosting Supercapacitor Capacitance to 110 F/g

  • Prototype Brick with 10% Biochar and 5% LDPE Achieves 7 MPa Strength and 11% Lower Water Absorption

    Prototype Brick with 10% Biochar and 5% LDPE Achieves 7 MPa Strength and 11% Lower Water Absorption

  • Waste Biochar Boosts Pavement Thermal Stability by 21.2% and Cuts Aging by 25% at Optimal 6% Loading

    Waste Biochar Boosts Pavement Thermal Stability by 21.2% and Cuts Aging by 25% at Optimal 6% Loading

  • In-house Reactor Yields Biochar with 12% Higher Surface Area, Outperforming Commercial Alternatives for Waste Valorization

    In-house Reactor Yields Biochar with 12% Higher Surface Area, Outperforming Commercial Alternatives for Waste Valorization

  • What’s in a lump of charcoal? The science of biochar characterization

    What’s in a lump of charcoal? The science of biochar characterization

  • A 98% Biodiesel Yield Achieved in Just 25 Minutes Using Oat Hull-Derived Biochar

    A 98% Biodiesel Yield Achieved in Just 25 Minutes Using Oat Hull-Derived Biochar

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