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How does an FID Work?

How does an FID Work?

An FID, or Flame Ionization Detector, is the most common detector paired with gas chromatography instruments for analytical applications. It is used in a number of industries such as in natural gas, pharmaceutical, and petrochemical markets. But how does an FID work?

Smaller, Simpler, Safer: Streamline your GC workflow with Precision Hydrogen SL

Smaller, Simpler, Safer: Streamline your GC workflow with Precision Hydrogen SL

With Precision Hydrogen SL, Peak Scientific has engineered a state-of-the-art gas generator for labs requiring hydrogen gas to support their GC flame detector, creating a more streamlined solution for the lab’s workflow. 

Using a Hydrogen Generator for GC-FID in FLNG Facilities

Using a Hydrogen Generator for GC-FID in FLNG Facilities

Gas-fired electrical power is now a growing energy market in Japan, following the 2011 Tōhoku earthquake and tsunami which led to the Daiichi nuclear disaster. 

Smaller, simpler, safer: Hydrogen Gas Safety with Precision Hydrogen SL

Smaller, simpler, safer: Hydrogen Gas Safety with Precision Hydrogen SL

Only one button for start-up and shutdown, with easy user maintenance performed in just one minute – Precision Hydrogen SL is minimalist in design and usability, but not when it comes to safety.

Smaller, Simpler, Safer: Precision Hydrogen SL, the smallest hydrogen generator for GC-FID

Smaller, Simpler, Safer: Precision Hydrogen SL, the smallest hydrogen generator for GC-FID

Bulk supply of hydrogen gas for GC-FID can be a great inconvenience when your lab has space limitations. But with a small hydrogen generator such as Precision Hydrogen SL, you no longer have to think about these restrictions inside your lab. 

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