🔍 Click to ExpandMQ-CEMS1000 Fixed Emission Source Greenhouse Gas Online Monitoring System
by Prosoft Automation
Fixed Emission Source Greenhouse Gas Online Monitoring System heated line, pretreatment unit, condenser, flue gas analyzer, and electronic control unit. Flue gas is extracted by a sampling pump located inside the cabinet. The sample is maintained above 120°C throughout the probe and heated line. After being filtered and dedusted, the gas is directed to the condenser for moisture removal. The dried gas is then delivered to the flue gas analyzer for measurement. To ensure long-term accuracy, the system is equipped with standard gas for routine calibration. ture is measured with a thermocouple; flow velocity is determined using a differential pressure transmitter via total and static pressure; pressure is measured with a high-precision sensor; and humidity is monitored with a dedicated moisture sensor. monitoring software. 4–20 mA signals are acquired from field instruments (e.g., temperature, pressure, flow, humidity). The software, which is hosted on the industrial computer, is used to monitor and consolidate gas concentrations and system status. Reports are generated, historical data is stored, and communication with environmental agencies is supported.
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Tailored configuration for your engineering, application, and SPCB compliance needs.
Final pricing varies by probe configuration, heated sample line lengths, and state PCB telemetry requirements.
Detection Limit
0.1 ppm
Measurement Range
0–40 ppm
Carrier Gas
None
Operating Temperature
20–50 °C
Specification Summary
Product Description
Fixed Emission Source Greenhouse Gas Online Monitoring System heated line, pretreatment unit, condenser, flue gas analyzer, and electronic control unit. Flue gas is extracted by a sampling pump located inside the cabinet. The sample is maintained above 120°C throughout the probe and heated line. After being filtered and dedusted, the gas is directed to the condenser for moisture removal. The dried gas is then delivered to the flue gas analyzer for measurement. To ensure long-term accuracy, the system is equipped with standard gas for routine calibration. ture is measured with a thermocouple; flow velocity is determined using a differential pressure transmitter via total and static pressure; pressure is measured with a high-precision sensor; and humidity is monitored with a dedicated moisture sensor. monitoring software. 4–20 mA signals are acquired from field instruments (e.g., temperature, pressure, flow, humidity). The software, which is hosted on the industrial computer, is used to monitor and consolidate gas concentrations and system status. Reports are generated, historical data is stored, and communication with environmental agencies is supported.