Heated Multi-Gas NDIR-GFC analyzer
MIR 9000H
Perfect ammonia gas analyzer or multi-gas analyzer for the measurement in hot & wet flue-gas of: HCl, HF, NH3, NO, NO2, N2O, SO2, CO, CO2, O2 and H2O.
Heated Multi-Gas NDIR-GFC analyzer for emission compliance and analysis of wet sample gases in corrosive applications, including DeNOx (SCR / SNCR) and for the optimization of flue gas treatment processes.
- QAL 1 certified by the TÜV to EN 15267-3
- QAL3 compliance as defined by EN 14181
- Features & Benefits
- Main applications
- Technical Specifications
- Technical Data
- Approvals & Certifications
- Downloads
- Temperature maintained at 180°C from the sampling point to the measurement cell for no sample loss or gas composition changes
- Can be used to measure raw & purified flue gas for desulfurization / denitrification process control
- Designed to measure wet and corrosive samples
- Perfect analyzer for ammonia slip detection
- Robust design with a stainless steel tight box enclosure to withstand industrial environments
- No nitrogen required for calibration – can use clean & dry compressed air
- QAL1 certified analyzer, offering very accurate measurements
- Acquisition / management of peripherals measurements (particulates, temperature, flow…)
- Embedded HMI with Graphic LCD display and interactive menu driven firmware, no computer required
- Remote access for all analyzer functions (visualization/ maintenance / configuration / backup…..)
- Optimized operation cost (low maintenance and low consumables requirement)
- Ideal for process control in ammonia slip applications or NH3 leakage detection
- Process Control as DeNOx (SNCR, SCR) or other flue gas treatments
- Energy From Waste incineration (EFW) : Municipal, Hazardous, Industrial, Special, Hospital
- Biomass
- Power & Combustion
- Cement Kilns
- Pulp and Paper
- Combustion control: industrial Boilers and Furnaces in Chemical & Petrochemical Plants, etc.
| Measurable parameters | ||||
|---|---|---|---|---|
| Pollutant | Range (mg/m3) | |||
| HCI | 0-100 / 5000 | |||
| HF | 0-40 / 300 | |||
| NO | 0-200 / 5000 | |||
| NO2 | 0-200 / 5000 | |||
| NOx | 0-200 / 5000 | |||
| SO2 | 0-500 / 5000 | |||
| CO | 0-75 / 1000 | |||
| NH3 | 0-15 / 500 | |||
| H2O (%) | 0-30 / 40 | |||
| CO2(%) | 0-10 / 100 | |||
| O2(%) | 0-10 / 25 | |||
Lowest / Highest available ranges expressed in mg/m3 (may vary with your site conditions to be indicated on the Site Survey Form)
| Technical Specifications | |
|---|---|
| QAL1 to EN 15267-3 certified | YES |
| US EPA compliance | YES |
| Sampling technology | Hot/Wet Extraction |
| Sample transfert | 180°C heated sampling line |
| back flush function | YES |
| span injection | YES on analyser or at sample point |
| Built-In O2 option | YES |
| Serial link communication | RS232 / RS422 |
| Other Communication | Ethernet |
| Analogue OUTPUTS | YES (x 8) |
| Analogue INPUTS | YES (x 4) |
| Dimensions (mm) | Tight box: 710 x 560 x 300 (D x W x H) |
- Complete system would normally comprise of:
- Sample input
- Heated multi-reflexion optical bench
- Infrared beam
- Mirrors
- Correlation wheel
- Interferential filter wheel
- Sample output
- Compliance with MCP Directive, BREF Incineration, LCPD and WID applications
- QAL 1 certified by the TÜV to EN 15267-3
- QAL3 compliance as defined by EN 14181
- U.S. EPA approved as compliant with 40 CFR 60 ET 75
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