Applications
Dual GC Systems for the Simultaneous Analysis Of Fuel Cell Reactor Effluent Gas
Analyzer Description
- Configuration:
- TCD, TCD, FID, FID, FPD, 6-valves, 7-packed columns, 5-capillary columns, deans switch
- Sample type:
- Fuel cell reactor effluent gas
- Compounds Separated:
- C1 to C20 paraffins
- C1 to C6 olefins
- C8+ backflush
- Hydrogen, carbon dioxide, hydrogen sulfide, argon/oxygen composite, nitrogen, carbon monoxide
- Lower detection limits:
- 1 ppm for hydrogen sulfide by FPD
- 10 ppm for C1 to C10
- 20 ppm for backflush
- 100 ppm for hydrogen
- 400 ppm for carbon monoxide
- 500 ppm for hydrogen sulfide
- 200 ppm for remaining components
- Methods met:
- Wasson-ECE W1751
Key Features and Benefits
- The gas chromatograph can be configured for use with an Wasson-ECE custom sampling system for simultaneous injection into both analyzers for greater sampling precision and reduction of labor costs.
- Fused silica lined tubing ensures repeatability and the lowest detection limits.
- The backflush peak can be tailored to specific samples (e.g. C6+ or C8+ backflush composite peaks).
- Analyzer can be configured to identify additional sulfur components.
- Cryogenic cooling may be used to separate argon and oxygen.
