The nuclear supply chain
runs on pressure boundary design and engineering.
Piping, vessels, materials, and structural design and engineering for reactor developers and their fabrication partners.
The United States is building nuclear again. Small modular reactor developers are moving from design into procurement, and they are discovering what the industry already knew: the constraint is not the reactor. It is the supply chain around it.
Every reactor needs balance-of-plant piping, pressure boundary components, structural support systems, and materials engineering qualified for service conditions that do not forgive mistakes. That work is engineering, and there is not enough of it available.
What we design and engineer for Nuclear & SMRs.
- 01 Balance-of-plant piping design and stress analysis
- 02 Pressure boundary components and vessel engineering
- 03 Support systems engineered for thermal cycling and seismic loading
- 04 Materials selection and corrosion engineering for qualified service
- 05 Structural engineering for equipment and pipe racks
- 06 PE-sealed deliverables
Why our background maps to this.
Nuclear service conditions are demanding, but they are not unfamiliar. High-pressure, high-temperature, safety-critical piping with unforgiving consequences is what offshore production, gas processing, and refinery service have always been. Our engineers have spent forty years designing systems where failure was measured in lives and hundreds of millions of dollars.