LECO Solutions for Fast GC

Expedite Gas Chromatography Analysis with Hydrogen

For years, helium has been the go-to choice as a carrier gas for mass spectrometers due to its well-known benefits. However, its limited supply and varying costs have posed significant challenges for labs worldwide.

LECO has conducted extensive research on the use of hydrogen as a carrier gas for GC-TOFMS analysis. We have developed innovative method transfer approaches to ensure a smooth and efficient transition to hydrogen. With our proven expertise in the hydrogen conversion process, we can help labs of all sizes achieve increased chromatographic throughput without sacrificing the sensitivity and accuracy they demand.

As the supply of helium continues to dwindle, the use of hydrogen as a carrier gas for GC applications has become an increasingly attractive option. With both benefits and drawbacks to consider, it requires the expertise of a dedicated team to determine the optimal approach.

The conversion from helium to hydrogen carrier gas can be a crucial step in mass spectrometry, where speed and sensitivity are of utmost importance. At LECO, we take pride in designing our PEGASUS® mass spectrometers to deliver exceptional performance in Fast GC applications with both helium and hydrogen carrier gas. Our instruments are built to provide high-speed analysis without compromising sensitivity, making them the ideal choice for labs looking to switch to hydrogen. In addition, with our innovative StayClean® Ion Source technology, you can be confident that your instrument will operate at peak efficiency, free from the need for frequent cleaning and maintenance.

At LECO, we understand the importance of providing comprehensive information and support. That’s why we have put together a range of resources specifically on hydrogen conversion, to help you make an informed decision. These resources include detailed information on our method transfer approaches, technological benefits, and application examples.

Hydrogen as a Carrier Gas Application Notes

Learn more with our latest Fast GC application notes.

• Ginger Oil Analysis and Grade Differentiation with Pegasus BTX Using Hydrogen Carrier Gas

  Ginger Oil Analysis and Grade Differentiation with Pegasus BTX Using Hydrogen Carrier Gas

• Citrus Essential Oil Hydrogen Carrier Gas Fast GC

• GC-TOFMS Analysis of Tea Tree Essential Oils with Hydrogen as Carrier Gas

  Essential oils and/or their components are well-known for their aromatic properties and are commonly used in many applications e.g., perfumery, food and agricultural, as well as pharmaceutical and cosmetic industries.

• Rapid Screening for Contact Allergens in Perfumes with Pegasus BT GC-TOFMS

• Barbiturates Urine Pegasus BT

  Rapid Screening Analysis for Barbiturates in Human Urine by GC-TOFMS

Hydrogen as a Carrier Gas Videos

Watch our most recent videos on Fast GC.

• Discovery Workflow Best Practices for Environmental Contaminants

  When you don't know what you're looking for, as is often the case with environmental contaminants and pollutants, the task can seem daunting, but high-resolution TOFMS and GCxGC is a powerful combination for non-target searches. With the tools included with the Pegasus® HRT4D and the Multi-Mode Source™ (MMS™), identification of unknowns can be vastly improved and assigned higher confidence.

• GCxGC Analysis Workflow with ChromaTOF Tile

  Small time savings throughout the workflow can add up to big savings. See aroma and flavor examples of how automated sample prep and elevated Time-of-Flight Mass Spectrometry (TOFMS) analysis, followed by software solutions to compare and evaluate data and results, can save your lab time and resources.

• Fast GC/Hydrogen Method Transfer – Overview and Examples

  Helium is becoming an increasingly limited natural resource; using Hydrogen to achieve increased chromatographic throughput in GC applications is attractive. Both have advantages and disadvantages. LECO experts investigated the use of Hydrogen as a carrier gas for GC-TOF-MS analysis. Nick Jones, LECOs Global Application and Development Director (Separation Sciences) presents the method transfer approaches used, the technological benefits, and application examples in the presentation below.