Moving carbon is a
compression and pipeline problem.
Compression, dense-phase piping, and pipeline-transport design and engineering for carbon capture.
Carbon capture is moving from study to procurement on the Gulf Coast, and it is a compression, pressure, and pipeline-transport problem. Capturing CO2 is chemistry; moving and storing it is piping and materials engineering.
Dense-phase CO2 and its service conditions demand careful materials selection, stress analysis, and support engineering. That is core work for us.
What we design and engineer for Carbon Capture.
- 01 Compression and dense-phase CO2 piping design and stress analysis
- 02 Pressure vessels and separation equipment
- 03 Materials and corrosion engineering for CO2 and impurity streams
- 04 Pipeline and transport system engineering
- 05 Structural and support systems
- 06 Process safety and code compliance
Why our background maps to this.
Compression, high-pressure piping, and pipeline transport are disciplines we have practiced across gas processing and midstream for decades. Carbon capture applies the same engineering to a different molecule. Our capabilities map onto it directly; the service conditions are new, the physics is not.