CEMS-5000-L Explosion-proof Continuous Emission Monitoring System (Hot-Wet Method)

Negotiable
China
Room 301, Floor 3, Building 1, No. 22 Zhiren Street, Puyan Subdistrict, Binjiang District, Hangzhou, Zhejiang Province
0086-571-28322780
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Product Introduction

Product Overview

The CEMS-5000-L Explosion-proof Continuous Emission Monitoring System (Hot-Wet Method) is an extractive hot-wet CEMS specially developed by our company for explosion-proof applications. The system consists of four parts: a gaseous pollutant (SO2, NO, NO2) monitoring unit, a particulate matter monitoring unit, a flue gas parameter monitoring unit (temperature, pressure, flow velocity, humidity, oxygen content), and a data acquisition and processing unit. The system is widely used for online monitoring of SO2, NO, NO2, and particulate matter in various stationary source exhaust emissions, and can be extended to monitor factors such as CO and CO2.

Product Features

The system adopts positive pressure explosion-proof technology to ensure monitoring safety

Full-path high-temperature heat tracing with no cold end, effectively avoiding underestimation of measurement values caused by condensation water dissolving SO2 and NO2

Multi-stage filtration and dust removal, simple system structure, and high reliability

Adopts ultraviolet differential absorption spectroscopy technology + long optical path gas cell, with a detection limit as low as 0.1 μmol/mol and high sensitivity

NO and NO2 can be directly measured simultaneously without a converter

Not interfered by background components such as H2O, CH4, CO, NH3, and dust

The light transmittance of the gas cell is not affected by temperature or vibration, ensuring high stability

Adopts automatic spectral adjustment technology, with a long maintenance cycle

Application Fields

Suitable for continuous emission monitoring sites with explosion-proof requirements such as crude oil processing and chemical engineering

Product Parameters

Measurement Parameters SO2, NO, NO2, O2, particulate matter, humidity, temperature, pressure, flow velocity
Indication Error When full scale ≥100 μmol/mol, not exceeding ±5%
When full scale <100 μmol/mol, not exceeding ±2.5%F.S.
Zero Drift Not exceeding ±2.5%F.S./7d
Span Drift Not exceeding ±2.5%F.S./7d
Response Time ≤200s
Explosion-proof Marking Ex db mb pxb IIC T6 Gb
Heat Tracing Temperature 120℃~140℃
Ambient Temperature 15℃~35℃ (indoor); -20℃~50℃ (outdoor)
Power Supply AC(220±22)V, (50±1)Hz
Dimensions 800(W)×1000(D)×1815(H)mm