- Distributed control system
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Industrial applications
- For Pulp
- For Board & Paper
- For Tissue
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For Energy
- Multifuel and biomass
- Waste-to-energy
- Combined heat and power
- Combined cycle and gas
- Hydro
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Applications
- Turbine automation
- Process optimization
- Energy management
- Fuel management
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Performance monitoring and reporting
- Plant operation
- Boiler performance
- System monitoring and reporting for turbines
- Steam turbine performance
- Gas turbine performance
- HRSG performance
- Pumps and fans performance
- Heat exchanger performance
- Operation point deviation
- Gas turbine wash
- Fatigue and creep
- Boiler sootblowing
- Boiler life
- Asset monitoring
- Emission monitoring and reporting
- For Marine
- For Alternative fuels
- Quality management
-
Analyzers and measurements
-
Analyzers
- Brown Stock Quality Analyzer
- Chip 'n' Bark Moisture Analyzer
- Recovery Ash Analyzer
- Recovery Liquor Analyzer
- Dirt Count Analyzer
- Fiber Image Analyzer
- Fiberline 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
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Analyzers
- Condition monitoring
- Industrial Internet
- Automation projects
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Automation services
- Spare parts
- Maintenance and technical support
- Cybersecurity services
- Upgrades and lifecycle services
- Condition monitoring services
- Process performance services
- Learning services
- Service agreements
Valmet DNA Heat Recovery Steam Generator Performance Monitoring
Valmet DNA Heat Recovery Steam Generator Performance Monitoring calculates, stores and displays the main performance parameters that indicate the condition and operating efficiency of the HRSG. The calculations are based on HRSG heat balance and built in accordance with appropriate standards.
Benefits
- The application provides the power plant maintenance and operating personnel with a tool that helps to detect potential problems in HRSG operation and analyze the problems that have occurred. This contributes towards proactively 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 HRSG heat balance and the main performance parameters, such as the HRSG efficiency by input-output method or by heat loss method.
For more information, please contact:
Elina Kleemola
elina.kleemola(at)valmet.com
