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.
Implications
This technology has potential applications in:
- Industrial carbon capture
- Indoor air quality improvement
- Sustainable biomanufacturing
- Educational demonstrations
The findings contribute to the development of practical, nature-inspired solutions for climate change mitigation.