Carbon capture through 3D bioprinting and in situ biomineralization: investigation of physical and mechanical properties

Key Points

• Carbon capture techniques improve through 3D bioprinting and in situ biomineralization, enhancing material properties.
• Mechanical properties led to promising results, showcasing enhanced strength and durability in selected samples.
• Assessment using innovative material analysis methods provides critical data on structural behavior under various conditions.
• Implications for sustainable practices in carbon management emphasize the need for advanced 3D bioprinting technologies.