Low Carbon Intensity (CI) Power
Integrated Low CI Power
Post-combustion capture is a cornerstone of our Low-CI Power platform, which connects generation assets, carbon capture, and CO2 transport or utilization infrastructure into a single, scalable framework. The result is dispatchable, low-emission energy—delivered through technology integration, smart operation, and a clear path to net-zero.
Cleaner Power, Same Performance
Our post-combustion carbon capture (PCC) solutions enable gas turbine facilities to significantly reduce CO2 emissions without compromising reliability or efficiency of the operations plant. By integrating capture technology downstream of existing combustion systems, we deliver low-carbon intensity (Low-CI) power that meets growing regulatory and sustainability demands.
What Are Its Benefits?
Low Carbon Intensity Power delivers the following environmental and operational benefits:
Increased CO2 reduction
Up to 95% CO2 reduction from exhaust streams, significantly lowering lifecycle carbon intensity.
Improved Air Quality
Air quality is improved through the removal of additional pollutants (SOx/NOx) during gas treatment.
Extended Asset Life
Retrofit-ready designs extend asset life and ensure compliance with evolving emissions standards.
Grid Reliability
Maintains grid reliability with firm, dispatchable low-carbon power that complements renewables and advances energy transition goals.
Our Approach
We take a systems-integration approach, combining proven solvent capture systems with gas turbine and heat recovery unit optimization. Our methodology in delivering low-carbon power systems emphasizes the following:
Modular Retrofit Design
Our modular retrofit design allows for minimal downtime and maximum adaptability.
Thermal Integration
The reuse of turbine waste heat improves the overall plant efficiency.
Flexible Operation
Our systems are designed for operational flexibility, allowing capture rates to align with power demand and market conditions.
Key Active Project
Construction is underway on the installation of a 16 MW turbine at the Glacier Gas Plant as part of our Phase 2 project. This project has a scheduled completion date of 2026 and will provide low CI power for the existing gas plant and new carbon capture expansion. To learn more about the Glacier Gas Plant project, visit our Featured Projects page.