Three Common Uses of GC Vials

Did you know that Martin James invented modern gas chromatography in 1952? It has since become one of the most crucial and frequently used analytical techniques in modern-day chemistry.

Do you know how labs use GC vials for research and analysis? Do you know why gas chromatography is important?

The following guide will explain the 3 most common uses of GC vials. Read on to learn how this process helps separate components of mixtures.

Food Analysis

The food industry uses GC MS vials for several important tasks. They help determine the quantitative and qualitative analysis of different food.

Products like Agilent GC vials also analyze food additives, flavor components, and detect contaminants. Contaminants include things like pollutants, fumigants, pesticides, and toxins.

GC sample vials and closures like those found at http://www.chromtech.com/ help promote food safety. A GC vial crimper also ensures that a food’s flavor, taste, texture, and smell stay consistent.

Quality Control

The pharmaceutical industry uses GC vials to produce big quantities of pure products. The technique ensures the purity of materials and eliminates inconsistencies in products.

Gas chromatography is also used to analyze compounds and check for trace contaminants in pharmaceuticals. There is even a method currently growing in popularity that separates chiral compounds.

The automotive industry applies GC methods to find and measure chemicals inside cars. The chemicals get released into the air from mats, door linings, seat covers, pedals, and other materials.

Chemical producers also use gas chromatography for quality control. GC vials are important when making and scaling up emulsifiers, solvents, and co-solvents.

Forensics and Research

Forensic science has applied GC methods for several years. It’s commonly used to identify the circumstances of someone’s death. The method can tell if they ingested poison or used drugs or alcohol before dying.

Scientists take blood samples and fibers from around the crime scene. Then, they analyze them using GC vials to help investigators gather facts.

Since the 1950s, gas chromatography has been applied to identify blood alcohol levels. It detects how much alcohol someone has consumed to help determine how impaired they might be.

Gas chromatography is crucial to several areas of research. For example, the analysis of meteorites and natural products. Scientists use GC vials to analyze the meteorite’s composition after it’s fallen to the earth.

It offers very important insight into life outside of earth. It also provides information about primitive life on earth. Scientists have conducted many GC studies to find ribose in meteorites which is the building block of RNA.

Gas chromatography research also helps combat air pollution. It monitors harmful pollutant levels so scientists can visualize where they’re concentrated. They develop preventative methods by monitoring changes.

Understanding GC Vials

Now you know 3 common uses of GC vials and why they’re important to science. They ensure our foods are safe, our products maintain quality, our air stays clean, and they can even help solve crimes.

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