Our Services

Comprehensive Thermodynamic Evaluations

EPro+ evaluations can be performed remotely or onsite depending on plant requirements, operating conditions, and data availability. Whichever way you engage, every service is built on the same foundation: a rigorous thermodynamic energy and mass balance, developed with OEM design and commissioning expertise and validated to ASME PTC-22 standards, with all evaluated data returned to you.

  • Office-based evaluation: Fully remote, using your plant staff for site activities under our guidance. No mobilization costs, minimal disruption to operations.
  • Onsite evaluation: Our engineers onsite for pre-evaluation inspections, instrumentation verification, and test coordination. Recommended where instrumentation condition is uncertain or engine adjustment is anticipated.

Onsite Evaluation Services

Our onsite engineering services support accurate data gathering, instrumentation verification, operational assessments, and thermal stabilization coordination prior to thermodynamic analysis.

  1. Variable Guide Vane inspections and position verification
  2. Inlet housing visual inspections
  3. Weather station performance evaluation
  4. Instrumentation calibration status checks
  5. Thermal block instrumentation verification
  6. Fuel gas flow meter and gas chromatograph inspections
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Office-Based EPro+ Thermodynamic Evaluation

EPro+ performs advanced thermodynamic modeling and energy balance evaluations to benchmark turbine performance and identify optimization opportunities.

  1. Turbine Inlet Temperature hot gas path evaluations
  2. Compressor mass flow analysis
  3. Compressor efficiency evaluation
  4. HP turbine efficiency evaluation
  5. LP turbine efficiency evaluation
  6. Heat balance and thermal loss calculations
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Technical Reporting & Engineering Support

Clients receive comprehensive engineering reports detailing evaluation results, benchmarking insights, and recommendations for operational improvements.

  1. Detailed EPro+ evaluation reports
  2. Benchmark performance comparisons
  3. Thermal efficiency analysis
  4. Operational recommendations
  5. Optimization guidance
  6. Additional engineering technical support
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