KGD YQ 505 Continuous Online Carbon Emission Monitoring System Water Free System Temperature Limit for Exhaust Gas Emissions

KGD - YQ - 505 Continuous Online Carbon Emission Monitoring System is used for exhaust gas emissions from various large - scale industrial fixed pollution sources.

Product Introduction

The KGD - YQ - 505 combines a number of original detection technologies such as infrared, electrochemical, ultrasonic, and ceramic zirconia, and has strong resistance to gas cross - interference. The system is composed of four parts: the continuous online carbon emission monitoring system detection unit (CO₂, CO, CH₄, N₂O), the flue gas parameter monitoring unit (temperature, pressure, flow rate, O₂, humidity), the data acquisition unit, and the processing unit. It is equipped with a high - temperature condensation extraction sampling device, and the probe and sampling pipeline are heated throughout the process. It can conduct continuous online dynamic monitoring of various indicators in flue gases, and is suitable for the working condition monitoring requirements of exhaust gas emissions from various large - scale industrial fixed pollution sources.

Product Features

• Certified as a China Environmental Protection Product (CCEP).
• Easy to maintain: The probe uses a metal sintered filter to filter the sampled flue gas, with good filtering effect and high back - blowing efficiency, and the probe has a long maintenance cycle.
• High measurement accuracy: The gas analysis adopts the Non - Dispersive Infrared (NDIR) gas sensor technology with independent intellectual property rights, which can accurately measure the concentration change of CO₂ gas, with an accuracy of up to 1% F.S.
• Long service life: All probes and sampling system components are made of corrosion - resistant materials and have an automatic back - blowing function.
• Supports remote monitoring and diagnosis: Data can be transmitted to the superior centralized control system through various interfaces, providing real - time basis for remote monitoring and on - site process adjustment.

Technical Parameters