Advanced CO₂ Continuous Emission Monitoring System (CEMS) developed by GPIPL based on years of experience in flue gas monitoring and industrial emission analysis. The system is specially designed for continuous and reliable monitoring of greenhouse gas emissions in harsh industrial environments. The system mainly consists of three subsystems: CO₂ Monitoring Subsystem Flue Gas Parameter Monitoring Subsystem (Temperature, Pressure, Velocity & amp; Humidity). System Control, Data Acquisition & amp; Processing Subsystem Features Advanced TDLAS technology with long optical path, high resolution, and fast response time. Multi-stage dust filtration technology with automatic timed probe blowback to prevent probe blockage. Suitable for harsh industrial conditions including: High dust concentration High humidity High temperature Corrosive gas environments High level of automation with real-time system status monitoring for reliable data validity audits. Intelligent alarm and protection functions including: Automatic zero calibration Range overrun alarm Sampling probe temperature alarm Condenser temperature alarm Heating temperature alarm System fault alarm Expandable design allowing additional parameters and monitoring factors as per customer requirements. Applications Domestic Waste Incineration Hazardous Waste Incineration Medical Waste Incineration Thermal Power Plants Iron & amp; Steel Industry Petroleum Refining & amp; Petrochemical Plants Coal, Oil & amp; Natural Gas Extraction Industries Technical Specifications Parameters CO₂, Humidity, Temperature, Pressure, Velocity Linearity Error ±2% F.S. Repeatability ≤2% Zero Drift ±2% F.S./d Span Drift ±2% F.S./d Response Time ≤200s Heat Tracing Temperature 120℃ ~ 140℃ Power Supply AC (220±22)V; (50±1)Hz Rated Power Approx. 5000W (2500W for heat tracing pipe) Ambient Temperature 15℃~35℃ (Indoor); -20℃~50℃ (Outdoor) Ambient Humidity ≤85% RH, Non-condensing Flow Rate 2L/min Dimensions 800mm × 600mm × 1900mm Weight Approx. 300kg Output Signals DC 4-20mA, RS232 / RS485 Advantages Reliable long-term continuous monitoring High measurement accuracy and stability Low maintenance requirement Real-time emission data acquisition and processing Designed for industrial environmental compliance applications
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