Combustion Turbines NOx Sensor

NOx sensors or analyzers are essential components in the combustion process of gas-fired combustion turbines, which are commonly used in power generation and industrial applications. They measure the concentration of NOx in the exhaust gases, which allows for continuous monitoring and control of NOx emissions, and compliance with environmental regulations.

The NOx sensors used in combustion turbines can be categorized into two types: in-situ and extractive. In-situ NOx sensors measure NOx concentrations directly in the engine combustor, while extractive NOx sensors collect a sample of the exhaust gases and measure NOx concentrations outside the engine.

Some common OE part numbers for NOx sensors used in combustion turbines include ABB 10A4000, Siemens 7MB2121, and GE B030805001D. The specific application and OE part number for the NOx sensor will depend on the manufacturer and model of the combustion turbine.

Overall, NOx sensors are crucial for ensuring efficient combustion and reducing NOx emissions in combustion turbines, supporting sustainability and compliance with environmental regulations.

Related NOx sensor products

Use the products below as a starting point for cross-reference. If your engine, equipment, or turbine application is not listed, send the OE number, sensor label photo, connector shape, and quantity requirement for RFQ matching.

Gas Turbine Types and NOx Monitoring

Gas turbines are widely used in power generation, oil and gas processing, and industrial applications. NOx emissions from gas turbines are a significant environmental concern, and accurate monitoring is essential for regulatory compliance and operational optimization.

Industrial Use Cases

Whether you operate a single industrial turbine or manage multiple power generation facilities, our NOx sensors deliver the accuracy, reliability, and longevity you need to maintain compliance and optimize performance.