Product/Service
Thermo Scientific IRIS 5500 Mid-IR Laser-Based CH4 Analyzer
•Release of the Thermo Scientific IRIS 5500 Mid-IR Laser-Based CH4 Analyzer
•Thermo Scientific IRIS 5500 Mid-IR Laser-Based CH4 Analyzer Datasheet
•White Paper: Real-time, High Precision Greenhouse Gas Measurement Using a Mid-Infrared Laser-Based Platform
The Thermo Scientific IRIS 5500 Mid-IR Laser-Based CH4 Analyzer uses state-of-the-art mid-infrared laser absorption spectroscopy to simultaneously measure methane (CH4) and water vapor concentrations with high precision and accuracy. Continuous measurement of methane gas and water vapor allow for the calculation of the methane dry-mole fraction at sub-ppb levels.
The IRIS 5500 analyzer features a unique Difference Frequency Generation (DFG) laser technology which effectively leverages commodity telecom laser sources with a non-linear frequency conversion crystal to access the mid-infrared spectral region. This unique and robust use of direct absorption spectroscopy within a small absorption cell is relatively insensitive to contamination of the optical surfaces.
Key Features:
- Mid-IR Laser Absorption Spectroscopy
- Unique Difference Frequency Generation (DFG) laser technology
- Exceeds World Meteorological Organization (WMO) ambient Greenhouse Gas specifications
- Single-box solution with internal pump
- Simplified maintenance requirements
•Release of the Thermo Scientific IRIS 5500 Mid-IR Laser-Based CH4 Analyzer
•Thermo Scientific IRIS 5500 Mid-IR Laser-Based CH4 Analyzer Datasheet
•White Paper: Real-time, High Precision Greenhouse Gas Measurement Using a Mid-Infrared Laser-Based Platform
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