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3D printing

  • Sustainable Biochar Fillers Improve Plastic Performance by Over Fifty Percent

    Sustainable Biochar Fillers Improve Plastic Performance by Over Fifty Percent

  • Biochar-Polymer Composites Achieve Up to 82% Flexural Strength Enhancement in Sustainable 3D Printing

    Biochar-Polymer Composites Achieve Up to 82% Flexural Strength Enhancement in Sustainable 3D Printing

  • Biodegradable PHA and Biochar Composites Show Enhanced Performance with 0.5 wt% and 1.0 wt% Filler Concentrations

    Biodegradable PHA and Biochar Composites Show Enhanced Performance with 0.5 wt% and 1.0 wt% Filler Concentrations

  • 3D Printed PHA/Biochar Composites: A 1.0 wt% Biochar Ratio Increases Young’s Modulus by 25.4% and Reduces Porosity by 23.3%

    3D Printed PHA/Biochar Composites: A 1.0 wt% Biochar Ratio Increases Young’s Modulus by 25.4% and Reduces Porosity by 23.3%

  • Biochar-Augmented Concrete Achieves 18.7% Higher Compressive Strength and Economic Benefit

    Biochar-Augmented Concrete Achieves 18.7% Higher Compressive Strength and Economic Benefit

  • The Future of Sustainable Geotechnics: A Talk with Emerging Biochar Expert Mohammed Shafi M.S.

    The Future of Sustainable Geotechnics: A Talk with Emerging Biochar Expert Mohammed Shafi M.S.

  • Exploring Biochar’s Role in Enhancing Biocomposites for 3D Printing

    Exploring Biochar’s Role in Enhancing Biocomposites for 3D Printing

  • 3D-Printed N-Doped Biochar for Enhanced Dye Adsorption

    3D-Printed N-Doped Biochar for Enhanced Dye Adsorption

  • Biochar-Enhanced Polypropylene: A Sustainable Solution for Additive Manufacturing

    Biochar-Enhanced Polypropylene: A Sustainable Solution for Additive Manufacturing

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