This FID methanizer RRF calculator determines relative response factors between CO, CO₂, and CH₄ using concentration and peak area data. It helps verify methanizer efficiency with typical acceptance ranges of 0.9–1.1.
FID Methanizer RRF Calculator Interface
What inputs are required ?
- Concentration and Peak Area of Methane, Carbon Monoxide and Carbon Dioxide
- Concentration Basis
What the FID Methanizer RRF Calculator Outputs
- Relative Response Factor (RRF) by Mole between Carbon Monoxide and Methane
- Relative Response Factor (RRF) by Mole between Carbon Dioxide and Methane
- Relative Response Factor (RRF) by Mole between Carbon Monoxide and Carbon Dioxide
Before You Go
Use this calculator to quickly verify methanizer performance after maintenance, catalyst replacement, or method setup. Consistent RRF values help ensure accurate carbon monoxide and carbon dioxide measurements on FID systems.
If you want to understand how this calculator works behind the scenes, read the full explanation in this Flame Ionization Detector (FID) series in the GC Hardware.
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