Continuous Emission Monitoring System for Flue Gas from Stationary Pollution Sources (CEMS)

Product Introduction

The KGD - YQ - 530 Continuous Emission Monitoring System for Flue Gas from Stationary Pollution Sources (CEMS) is an online gas analysis system independently developed for monitoring the exhaust gas concentration of stationary pollution sources such as large - scale industrial chimneys. It can dynamically and continuously monitor pollutants such as particulate matter, SO₂, and NOₓ in flue gas. At the same time, it can measure data such as the flow rate, pressure, temperature, humidity, and oxygen content of flue gas, automatically record the total amount of pollutant emissions and the emission time, and transmit the monitoring data to the management department through communication means such as PSTN, GPRS, and CDMA to achieve remote real - time monitoring of pollution source emissions.

Product Features

• Professional Sampling and Pretreatment Device
• Continuously monitor gaseous pollutants using the heating extraction method. The sampling probe has a large filtration area, and the filter element is easy to replace. The main equipment of the pretreatment system uses imported components, which are effectively waterproof, dust - proof, anti - corrosion, and anti - blockage, and are suitable for harsh flue environments. The system has rich functions and can realize functions such as automatic sampling, purging, calibration, fault self - diagnosis, and alarm.
• Ultra - low Range Design
• The measurement range is less than 200ppm, meeting national environmental protection industry standards; the resolution reaches 1ppm, suitable for low - concentration flue gas certification.
• High Measurement Accuracy
• The gas analysis unit adopts non - dispersive infrared gas analysis technology and long - life electrochemical sensing technology. The sensor has a long service life, and there is no cross - interference between multi - component measurement gases. Gaseous water in flue gas has no impact on the measurement of SO₂ and NO, and the sampling flow rate has no impact on the measurement of SO₂, NO, and CO, ensuring high measurement accuracy.
• Stable Working Performance
• The instrument cabinet adopts a modular design. The system has a simple structure and strong stability, with high automation and low maintenance. Real - time online monitoring can be achieved without manual attendance, greatly reducing the labor cost of enterprises.
• Remote Real - Time Data Monitoring
• The PLC data acquisition system has complete functions and is intuitive and easy to operate, and it supports network expansion and system expansion. It has multiple data output ports to achieve remote real - time monitoring of pollution source emissions.

Technical Parameters