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The GERSTEL Thermal Desorption System provides unmatched performance for a wide range of applications.

Main Features and Advantages

  • Platform Approach: provides more options for sample introduction and automation than any other system
  • Rugged and Reliable: No valves or long transfer lines to foul up or replace
  • No Carryover: Direct interface eliminates carry over issues found when using valves and transfer lines
  • Easy method development: GERSTEL's CIS based trap does not require different trapping materials for different compound classes
  • Compatibility with ISO, ASTM, and other standard methods used in material emissions and other industries
  • Optional 21 CFR part 11 Compliance

Application Notes

  1. Direct Thermal Extraction Analysis of Solid and Liquid Samples using the GERSTEL MPS Robotic Sampler, Thermal Desorption Unit (TDU 2) and Cooled Inlet System (CIS)
  2. Direct Thermal Extraction Analysis of Food Packaging Material
  3. Analysis of Food Samples using Thin Film Solid Phase Microextraction (TF-SPME) and Thermal Desorption GC/MS
  4. Analysis Of Beverage Samples Using Thin Film Solid Phase Microextraction (TF-SPME) and Thermal Desorption GC/MS
  5. Trace Analysis of PAH’s and PCB’s in Soil through On-Line Direct Thermal Desorption
  6. Design, Performance and Applicability of a Multi-Functional Thermal Desorption System for Trace Analysis in Capillary GC
  7. Direct Thermal Analysis of Solids – A Fast Method for the Determination of Halogenated Phenols and Anisols in Cork
  8. Design, Performance, and Applicability of a Newly Developed Sample Introduction System for Use with Stir Bar Sorptive Extraction (SBSE)
  9. Breath Analysis in Patients with Metabolic Disorders: GC/MS Analysis with a Combined Thermal Desorption – Cooled Injection System CIS
  10. The Use of Different PTV Inlet Liner Types for Trapping Alkanes, Aromatics and Oxygenated Compounds During Thermal Desorption
  11. Volatile Organic Compounds in Air
  12. Characterization of Organic Compounds in Atmospheric Nanoparticles by Thermal Extraction – Comprehensive Two-Dimensional Gas Chromatography (GC x GC) in Combination with Selective Detection, Mass Spectrometry and Accurate Mass Detection
  13. Elimination of Non-Volatile Sample Matrix Components After GC Injection using a Thermal Desorber and Microvial Inserts
  14. Quantitative Determination of Trace Analytes in Solid Materials by Thermal Extraction GC
  15. Analysis of Plasticizers in Medical Products by GC/MS with a Combined Thermal Desorption/Cooled Injection System, CIS
  16. Automated Online Desorption and Analysis of DNPH Derivatives of Airborne Aldehydes and Ketones
  17. Volatile Organic Compounds from Adhesives and their Contribution to Indoor Air Problems
  18. Characterization of Biogenic Emissions by Online Thermal Desorption Gas Chromatography/Mass Spectrometry
  19. Direct Thermal Desorption GC/MS Analysis of Automotive Air Charcoal Filters
  20. Air Sampling of Fragrance Compounds using the Automated GERSTEL Gas Sampling System (GSS)
  21. Extractables and Leachables Analysis of IV Bag Systems using Direct Thermal Extraction of the Materials and Stir Bar Sorptive Extraction of Aqueous Solutions coupled with Thermal Desorption Gas-Chromatography with Unit Mass and High Resolution Mass Spectrometric Detection
  22. Comparison of Standard Liquid Extraction and Direct Thermal Desorption GC/MS Techniques for the Analysis of Charcoal Filters used for Indoor Air Purification in a PCB Contaminated Building
  23. Flavor Profiling of Different Olive Oils with Rancidity-Monitoring by Thermal Extraction GC/MS
  24. Analysis of Wet Samples by Direct Thermal Desorption GC
  25. Comparison of the Sensitivity of Static Headspace GC, Solid Phase Microextraction, and Direct Thermal Extraction for Analysis of Volatiles in Solid Matrices
  26. Analysis of Aroma Compounds in Edible Oils by Direct Thermal Desorption GC/MS using Slitted Microvials

 

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