As the flame ionization detector (FID) approaches its 60th anniversary in 2017, this installment examines the crucial role that it has played and continues to play for all types of gas chromatography. Without the FID, the early development of gas chromatography (GC) would have proceeded more slowly especially in the petroleum industry and related hydrocarbon application areas.. The flame ionization detector (FID) is the most widely used detector for gas chromatography because of its reliability, versatility, and ease of use. It responds to virtually any organic compound while generating little or no signal for common carrier gases. The auto-ranging FID used on Agilent Intuvo 9000, 8890, 8860, and 7890 GC systems.
![[DIAGRAM] Hp 5890 Fid Diagram](https://www.researchgate.net/profile/Moataz_Morad2/publication/307965030/figure/fig9/AS:643934288089094@1530537306873/Schematic-diagram-of-Flame-Ionisation-Detector-FID.png "[DIAGRAM] Hp 5890 Fid Diagram")
[DIAGRAM] Hp 5890 Fid Diagram
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An FID, or Flame Ionization Detector, is the most common detector paired with gas chromatography instruments for analytical applications. But how does and FID work? An FID uses a flame to ionize organic compounds containing carbon. Following separation of the sample in the GC column, each analyte passes through a flame, fueled by hydrogen and.. Flame ionization detection (FID) is the most commonly used gas chromatography (GC) detection method. Flame ionization detectors respond to a wide assortment of hydrocarbons, have a large dynamic range, are relatively simple to operate and are considered highly reliable. Unfortunately, GC users are often led into a false sense of security as a.
