PS8400 Continuous Emissions Monitoring System
A cold-dry extractive gas analyzer designed for measurement of pollutants including SO2, NOx, O2, CO, CO2, N2O, CH4, and particulate matter (PM) in flue gas streams during flue gas desulfurization (FGD), DeNOx, flue gas purification, and stack emissions monitoring.
Technical data
| SO2 ： | 0-75/3,000 mg/m3 | NOx ： | 0-100/3,000 mg/m3 |
| O2 ： | 0-25% | PM: | 0-10/100 mg/m³ |
| Humidity: | 0-40% RH | Pressure: | -10 KPa(G) to +10 KPa(G) |
| Flow Rate: | 0-40 m/s | Temperature: | 0-300 °C |
| —— | Please contact us for other components and measuring ranges. |
Features & Benefits
Comprehensive system self-diagnostics and safety assurance for extended operation
2.The acidification technique is utilized to effectively prevent SO2 loss, thereby achieving high measurement accuracy and making the method suitable for ultra-low emission monitoring.
UV absorption spectroscopy minimizes H2O and CO2 cross-sensitivity
Direct NO₂ measurement without requiring a NOₓ converter
Optimized system architecture reduces maintenance frequency and operating expenses
Applications
Power industry
continuous emissions monitoring
Steel industry
continuous emissions monitoring
Metallurgy industry
continuous emissions monitoring
Chemical industry
continuous emissions monitoring
Building materials industry
continuous emissions monitoring
Case Studies
Shieli Cement Plant, Kazakhstan
Flue gas monitoring project
Hwange Power Station, Zimbabwe
Flue gas monitoring project
The coal-fired power plant in Sihanoukville, Cambodia
Flue gas monitoring project
Serbia Zijin Copper DOO, Serbia
Flue gas monitoring project
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Kazakhstan Soda Plant
Flue gas monitoring project
Zhejiang Petroleum & Chemical Co., Ltd.
Advanced Materials Project