- Distributed control system
- Industrial applications
-
Quality management
- Quality control system (QCS)
- Controls & Applications
- Scanners
- Measurements
- Profilers
- Machine vision
-
Analyzers and measurements
-
Analyzers
- Brown Stock Quality Analyzer
- Chip 'n' Bark Moisture Analyzer
- Recovery Liquor Analyzer
- Dirt Count Analyzer
- Fiber Image Analyzer
- Kappa Analyzer
- Paper Lab
- MR Moisture
- Pulp Expert
- Fiber Furnish Analyzer
- Retention Measurement
- Stand-Alone Retention Control
- Wet End Analyzer
- Corrosion Reduction Analyzer
- Cooking Liquor Analyzer
- Inline sensors
- Samplers
- Consistency
- Conductivity
- Boiler diagnostics systems
- Wastewater
- Vibration
-
Analyzers
- Condition monitoring
- Industrial Internet
- Automation services
- Automation
- Industrial applications
- For Energy
- Performance monitoring and reporting
- Gas turbine performance
Valmet DNA Gas Turbine Performance Monitoring
Valmet DNA Gas Turbine Monitoring application calculates, stores and displays the main performance parameters that indicate condition and operating efficiency of gas turbines. The calculations are based on gas turbine heat balance and built in accordance with the appropriate standards.
Benefits
- The application provides the power plant maintenance and operating personnel with a tool that helps to detect potential problems in the gas turbine operation and analyze the problems that have occurred. This contributes towards proactive responding to failures before they cause unpredicted shutdowns.
- The extensive storage of history data also enables long- term monitoring of gradual component deterioration and thus improves scheduling of maintenance.
- The application is linked seamlessly to the overall automation applications, which guarantees efficient collaboration between plant management and plant control.
Features
- The application includes calculation of the gas turbine heat balance (inputs, outputs and losses) and the main performance parameters, such as turbine inlet temperature, specific fuel consumption, heat rate, thermal efficiency and electrical efficiency.
For more information, please contact:
Elina Kleemola
elina.kleemola(at)valmet.com
