The ESE-1000 continuous flue gas emission monitoring system (dilution method) employs dilution extraction technology. This advanced system quantifies SO₂, NOx, and O₂ concentrations through ultraviolet fluorescence detection, chemiluminescence analysis, and zirconia-based oxidation principles. Optional configurations enable simultaneous measurement of CO and CO₂ derivatives.
Integrated sensors directly capture critical parameters including flue gas temperature, differential pressure, velocity profiles, and moisture content. A dedicated processing module aggregates measurement data to compute real-time emission rates and volumetric discharge metrics.
The platform facilitates bidirectional data transmission via wired or wireless protocols to enterprise-level monitoring networks and regulatory compliance portals. This operational architecture enhances environmental oversight capabilities while supporting emission optimization initiatives.
1. The sampling probe employs a sonic nozzle for controlled dilution with customizable parameters, featuring minimized sampling flow rates while reducing susceptibility to blockages.
2. This analytical system integrates an ambient air interface achieving ppb-level detection limits, demonstrating exceptional measurement precision and long-term operational stability.
3. Advanced zero-gas purification technology delivers ultra-high purity gas streams with dew point suppression below -30°C, ensuring exceptional baseline stability.
4. Compliance with HJ-75 standard specifications ensures comprehensive system calibration capabilities across all operational parameters.
5. Modular configurations support diverse product adaptations addressing heterogeneous user requirements through tailored engineering solutions.
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