PS8400-F Continuous Emissions Monitoring System
Utilizes Fourier transform infrared (FTIR) spectroscopy for simultaneous analysis of up to 25 gas components, including HF, HCl, NH3, NO, NO2, N2O, SO2, CO, H2O, and O2. Can be configured to measure dust, flow rate, temperature, pressure, VOCs, and heavy metals (Hg).
Technical data
| SO2 : | 0-75/5,000 mg/m³ | NOx : | 0-80/1,000 mg/m³ |
| CO : | 0-70/4,000 mg/m³ | N2O : | 0-50/1,000 mg/m³ |
| NH3 : | 0-30/250 mg/m³ | HF : | 0-3/300 mg/m³ |
| HCl : | 0-70/2,000 mg/m³ | H2O : | 0-40 % |
| CO2 : | 0-5/25 % | 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 |
Features & Benefits
Hot-wet measurement principle with full-path temperature control at 180°C to minimize component loss
FTIR spectroscopy enables simultaneous multi-component measurement
Full-spectrum measurement with high selectivity and low detection limits
Accurate measurement of water-soluble gases such as HCl and HF
Automatic zero-point calibration and drift compensation
Applications
Municipal solid waste incinerator
Continuous Emission Monitoring System
Municipal solid waste incinerator
Continuous Emission Monitoring System
Medical waste incinerator
Continuous Emission Monitoring System
Medical waste incinerator
Continuous Emission Monitoring System
Hazardous waste incineration plant
Continuous Emission Monitoring System
Hazardous waste incineration plant
Continuous Emission Monitoring System
Case Studies
Ninh Binh Municipal Solid Waste Power Plant Project in Vietnam
Hue Municipal Solid Waste-to-Energy Plant Project in Vietnam
Thailand TPIPP 3×160 tph RDF Boiler Island Project
Bishkek, Kyrgyzstan Waste-to-Energy Technology Disposal Power Generation Project
