To ensure stable and efficient gas turbine operation, combustor mapping and tuning are essential. This process allows us to define the safe operating envelope of the combustion system while optimizing for emissions, performance, and reliability.

What is Combustor Mapping?

Combustor mapping involves systematically adjusting flame temperatures and operating conditions to identify critical boundaries within the combustion system, such as:
• Acoustic resonance zones
• Lean blowout limits
• Emission stability regions
By analyzing the system across a range of operating points, we generate a comprehensive combustion profile that highlights the safe and optimal conditions for operation.

Translating Data into Performance

Once collected, the mapping data are converted into control schedules that guide turbine operation across load ranges and environmental conditions. This ensures that:
• Emissions (NOx, CO, etc.) remain within regulatory and environmental limits
• Operating points stay safely within acoustic and blowout margins
• System stability and efficiency are maximized under all conditions

Our tuning services include:
• Emissions tuning for low NOx and CO
• Dynamic pressure balancing
• Adjustment of fuel splits and scheduling
• On-site and remote support for tuning procedures

The Benefits of Mapping & Tuning with MFS

• Improved combustion stability
• Reduced risk of lean blowout and acoustic resonance
• Optimized fuel efficiency
• Lower emissions, meeting current and future compliance standards
• Enhanced reliability and extended component life

Ready to Optimize Your Turbine?

Let MFS help you unlock the full potential of your combustion system. Our Mapping & Tuning services are tailored to your specific gas turbine type, fuel composition, and operational needs.

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