Pioneering Carbon Capture Solutions
Our research combines nanotechnology and bioengineering to revolutionize carbon capture, utilization, and storage technologies.
Key Research Findings
92% Efficiency
Breakthrough in direct air capture utilizing graphene oxide filters
4000 TCO2/year
Estimated carbon capture capacity for proposed pilot plant
2045 Timeline
Commercial viability target using bioengineered carbon fixation systems
Interactive Research Simulation
Coming Soon...
Experience our carbon capture system in action with this interactive 3D simulation.
Meet Our Team
Dr. Jane Smith
Lead Nanotechnologist
Specializes in graphene-based filtration systems and quantum material engineering.
Marcus Johnson
Bioengineering Lead
Pioneering work in CO2-fixing microbial systems and synthetic biology applications.
Lena Chen
Data Science Specialist
Optimizing carbon capture models with machine learning and quantum simulations.