Power
Design, analyze, and optimize power-generation systems.











Nuclear Power


Gas & Steam Power Generation


Renewable Power Generation


Carbon Capture


Cooling-Water System Design


Combined-Cycle


Hydrogen


Engineering Software Solutions
A single vendor for complete process simulation, from formulation to commissioning.
Model steady-state flow in cooling water systems, steam condensate loops, fuel transfer lines, and other critical liquid piping networks to ensure reliability, efficiency, and safety.
Model steady-state compressible flow in ventilation systems, turbine bypass lines, pneumatic controls, and relief piping, ensuring accurate pressure, velocity, and flow predictions under varying operating conditions.
Analyze surge events in high-pressure piping systems such as feedwater, emergency core cooling, and fire suppression lines to protect equipment, ensure compliance, and enhance system reliability.
Analyze steam and gas transients in systems like turbine bypass, safety relief, and blowdown piping, enabling accurate prediction of pressure waves and critical flow behavior.
Model chemical reactions, heat transfer, and fluid properties across many processes including steam systems, flue gas treatment, and fuel handling to ensure accurate process control, safety, and regulatory compliance.
Results

Heat transfer analysis was essential, as well as a Helium-Helium economizer to recycle energy.
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Modeled doubling ethanol from 5% to 10% for three-arm loading. Chemstations
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