Enhanced Carbon Dioxide Capture Using Immobilized Microalgae in 3D-Printed Bioarchitectures
June 15, 2024
Abstract This study presents a novel approach to carbon dioxide capture using microalgae immobilized in 3D-printed bioarchitectures. The research demonstrates enhanced CO₂ capture efficiency compared to conventional cultivation methods. Key Findings 3D-printed structures increased surface area for algal growth by 300% CO₂ capture rate improved by 45% compared to suspended cultures The system showed stable performance over extended operation periods Cost-effective scalability demonstrated through pilot studies Methods We developed bio-compatible 3D-printed structures using various materials and geometries, then immobilized selected microalgae strains for optimal carbon capture performance.
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