Design and operate utilities distribution network to deliver required energy with minimum loss

Steam and fuel network hydraulic analysis

  • Develop complete utilities system with detailed steam header models

  • Tune model to match plant data to replicate current plant operation

  • Identify steam condensation to prevent damage to rotary equipment

  • Optimize entire utilities system by considering both thermodynamic and hydraulic constraints

  • Carry out economic analysis to identify optimal retrofit options

Cooling water system analysis

  • Model cooling water network to understand thermodynamic and hydraulic constraints

  • Model and optimize cooling tower operation with changes to ambient condition

  • Minimize total power consumption of air fans and cooling water pumps

  • Integrate cooling water network with steam and power network