Online turbind Gas analyzer

About Online turbind Gas analyzer

The Online Turbine Gas Analyzer is a high-precision system designed for continuous monitoring of gas parameters in turbine-based power plants and industrial applications. It is widely used in gas turbines, combined cycle power plants, and energy generation systems to ensure efficient combustion, safety, and optimal performance.

This analyzer continuously measures critical gases such as Oxygen (O), Carbon Monoxide (CO), Carbon Dioxide (CO), and Nitrogen Oxides (NOx), providing real-time data for process control and emission monitoring. Equipped with advanced technologies like NDIR, Electrochemical, and paramagnetic sensors, it ensures accurate, stable, and fast response measurements even in demanding operating conditions.

The system helps improve turbine efficiency, reduce emissions, and maintain compliance with environmental regulations. It supports seamless integration with PLC/SCADA systems for automation and remote monitoring. With its rugged industrial design, low maintenance, and user-friendly interface, it is an ideal solution for continuous turbine gas analysis.

Key Features:

• Continuous online turbine gas monitoring
• Multi-gas measurement (O, CO, CO, NOx)
• High accuracy and fast response time
• Advanced sensor technology (NDIR / Electrochemical / Paramagnetic)
• Reliable performance in power plant environments
• Easy integration with PLC/SCADA systems
• Digital display with user-friendly interface
• Low maintenance and long service life
• Suitable for gas turbines and power plants

Basic Specifications:

• Gases Measured: O, CO, CO, NOx
• Measurement Range: As per application requirement
• Sensor Technology: NDIR / Electrochemical / Paramagnetic
• Output Signal: 4-20 mA / RS485 / Modbus
• Display: LCD / Digital Display
• Power Supply: 230V AC / 24V DC
• Response Time: < 2030 seconds
• Installation Type: Online / Continuous / Fixed
• Operating Temperature: 0C to 50C
• Application: Gas Turbine, Power Plant, Energy Generation, Emission Monitoring