Water at scale is
a piping and pressure problem.
Large-bore transmission, pumping, and materials design and engineering for municipal and industrial water.
Texas is adding industrial and population load faster than any state in the country, and the water to serve it has to be moved, treated, and delivered at scale. That is a large-bore piping and pressure problem before it is anything else.
Municipal and industrial water systems live or die on hydraulics, materials, and supports that hold under surge and thermal cycling. The engineering is the same engineering we apply to any pressurized fluid system.
What we design and engineer for Water Infrastructure.
- 01 Large-diameter water transmission piping design and stress analysis
- 02 Pumping system mechanical and structural engineering
- 03 Surge and transient analysis
- 04 Materials and corrosion engineering for water and treatment chemistry
- 05 Support systems for thermal and dynamic loading
- 06 PE-sealed deliverables
Why our background maps to this.
Pressure is pressure, and corrosion does not care what business you are in. The large-bore piping, surge analysis, and materials engineering a water system needs are the same disciplines we have applied to offshore, gas processing, and refining for four decades. The codes and service conditions change; the physics does not.