Direct Air Capture Technology for CO₂ Removal

Skytree’s direct air capture (DAC) system is designed to efficiently remove CO₂ directly from ambient air. The technology uses a three-step filtration process for CO₂ removal – capturing, isolating and storing – making it available for permanent sequestration. Initial adsorption occurs through specialised filters capture CO₂ from ambient air using proprietary sorbent materials. The next desorption step sees heat or pressure triggering the release of captured CO₂ from the sorbent. Finally, the purified CO₂ is collected and prepared for permanent geological storage. The system is modular and can be deployed in various configurations, making it suitable for small- and large-scale applications. Leveraging expertise derived from space-grade air filtration systems, Skytree’s DAC technology is energy-efficient and highly effective, offering a scalable solution to reduce global carbon emissions.

• Energy efficiency: Optimised processes reduce energy consumption compared to conventional air capture methods
• Scalability: Modular design allows for deployment in both small- and large-scale CO₂ removal projects
• Sustainability: Contributes directly to negative emissions goals by sequestering CO₂ in geological formations
• Proven reliability: Derived from air filtration technology developed for the International Space Station, ensuring high-performance standards

Technology Readiness

Country of Origin