Oxsensis Case Study: The Development and Introduction of High Temperature Optical Pressure Sensors in Gas Turbine Combustion Monitoring Applications

Aug 22, 2019

Abstract The increasing demands made on lower emissions, fuel and load flexible combustion systems continue to challenge engine architectures and instrumentation systems. Direct mount high temperature combustion stability sensors are needed, and these are being integrated into gas turbine control systems, to allow machines to reliably operate Dry Low Emissions (DLE) systems within progressively tightening standards. Some engine OEMs and customers wish to move away from waveguide (indirect) measurement systems.

 

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Oxsensis Case Study: The Development and Introduction of High Temperature Optical Pressure Sensors in Gas Turbine Combustion Monitoring Applications

Abstract— The increasing demands made on lower emissions, fuel and load flexible combustion systems continue to challenge engine architectures and instrumentation systems.

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