Nexis™ GC-2030 - Applications

Gas Chromatograph

Add Bookmark

{"hasMore":true,"more":{"id":"tbaleAnchor_more","label":"More"},"anchors":[{"id":"tbaleAnchor_applications","label":"Applications"},{"id":"tbaleAnchor_technical","label":"Technical Documents"},{"id":"tbaleAnchor_manual","label":"Manuals"}]} {"title":"Applications","columnTitle":"Applications","source":"product","key":3185,"filter_types":["applications","application_note","posters"],"config_list":[{"document_id":10159,"config_id":267},{"document_id":13400,"config_id":329},{"document_id":13397,"config_id":268},{"document_id":10972,"config_id":266},{"document_id":13403,"config_id":265},{"document_id":13402,"config_id":264},{"document_id":13401,"config_id":263},{"document_id":13177,"config_id":262},{"document_id":13289,"config_id":261}],"anchor":"tbaleAnchor_applications","filter":true} {"title":"Technical Documents","columnTitle":"Technical Documents","source":"product","key":3185,"filter_types":["technical","technical_reports","white_papers","primers"],"config_list":[],"anchor":"tbaleAnchor_technical","filter":true} {"title":"Manuals","columnTitle":"Manuals","source":"product","key":3185,"filter_types":["manuals"],"config_list":[],"anchor":"tbaleAnchor_manual","filter":true}

Pharmaceuticals

UPS 467 Analysis of Residual Solvents in Pharmaceuticals

A headspace sampler maintains the sample at a constant temperature and then injects a fixed quantity of the gas phase generated into a GC unit. It is used for qualitative and quantitative analysis of volatile components in solid or liquid samples. The further strides in performance and user-friendly design of the HS-20 NX series provide strong support for a wide variety of analyses, from work in research departments to quality control.

Analysis of Trace Residual Solvents in Pharmaceuticals Using Headspace GC, Class 2 Standard Solution

Analysis of Trace Residual Solvents in Pharmaceuticals Using Headspace GC, Class 2 Standard Solution

HS-20 NX Series

Food

Analysis of Residual Pesticide in Foods

When analyzing residual pesticides in foods, it is advantageous to use a high-sensitivity selective detector. In contrast, an FID, which is suitable for a general-purpose application, is used to comprehensively measure many different pesticides.
Using an ECD/FPD detector configuration provides high-sensitivity analysis of phosphorus, sulfur, and halogen while an FID measures a wide variety of pesticides.

  • Analysis of Chlorinated Pesticides in Traditional Chinese Medicines via ECD

    Analysis of Chlorinated Pesticides in Traditional Chinese Medicines via ECD

    • 1 Hexachlorobenzene
      2 Quintozene
      3 Heptachlor
      4 Oxychlordane
    • 5 Heptachlor-2,3-exo-epoxide
      6 Heptachlor endo-epoxide
      7 trans-Chlordane(γ)
      8 cis-Chlordane(α)
  • Analysis of Phosphorus Pesticides in Carrots via FPD

    Analysis of Phosphorus Pesticides in Carrots via FPD

    • 1 Omethoate
      2 Ethoprophos
      3 Phorate
      4 Fonofos
      5 Diazinon
      6 Iprobenfos
      7 Chlorpyrifos-methyl
      8 Paraoxon
      9 Fenitrothion
    • 10 Bromophos
      11 Crotoxyphos
      12 Disulfoton sulfone
      13 Bromophos-ethyl
      14 Profenofos
      15 Ethion
      16 leptophos
      17 Pyrazophos

 

  • Analysis of Sulfur Compounds in Beer

    Sulfur compounds in beer, which affect the aroma of the beer, can be quantified in the order of ng/mL by combining the headspace injection method and an SCD.
  • Chromatograms of Three Kinds of Beer

    Chromatograms of Three Kinds of Beer

New Energy

Analysis of Impurities in Hydrogen Gas

Dual BIDs

The Nexis GC-2030 can be equipped with two BIDs. More qualitative information can be obtained from the same sample by attaching columns with different separation characteristics.

  • O2: approx. 100 ppm, N2: approx. 340 ppm, Other impurities: approx. 0.2 ppm

    O2: approx. 100 ppm, N2: approx. 340 ppm,
    Other impurities: approx. 0.2 ppm

  • O2: approx. 25 ppm, N2: approx. 160 ppm, CO2: approx. 0.4 ppm, Other impurities: approx. 0.2 ppm

    O2: approx. 25 ppm, N2: approx. 160 ppm, CO2: approx. 0.4 ppm,
    Other impurities: approx. 0.2 ppm

Simultaneous Analysis of Impurities in Hydrogen

Related Application News

Trace Impurity Analysis of Hydrogen Fuel in Fuel Cell Vehicle-Related Fields

Petrochemical

Refinery Gas Analysis System

Specialized systems can be configured by installing multiple valves and columns in the standard Nexis GC-2030 installation space. Inorganic gases, hydrocarbons, hydrogen sulfides, and other components can be analyzed within five and a half minutes. Method development is not required because systems are assembled and tested in advance at the factory, prior to arriving at your lab.

Refinery Gas Analysis System
    • [FID]
      1. C6+
      2. Methane
      3. Ethane
      4. Ethylene
      5. Propane
      6. Propylene
      7. Isobutane
      8. n-Butane
      9. Propadien
      10. Acetylene
      11. trans-2-Butene
    • 12. 1-Butene
      13. i-Butene
      14. cis-2-Butene
      15. Isopentane
      16. n-Pentane
      17. 1,3-Butadien
      18. Methylacetylene
      19. trans-2-Pentene
      20. 2-Methyl-2-butene
      21. 1-Pentene
      22. cis-2-Pentene
    • [TCD-1]
      23. Carbon dioxide
      24. Ethylene
      25. Ethane
      26. Acetylene
      27. Hydrogen sulfide
      28. Oxgen
      29. Nitrogen
      30. Methane
      31. Carbon Monoxide
    • [TCD-2]
      32. Hydrogen

 

  • Analysis of Simulated Distillation

    Simulated Distillation GC Analysis Software integrated with LabSolutions is compliant with ASTM, ISO, and various other standards that specify distillation GC. With high boiling point
    compounds, sample loss can be minimized by using the OCI-2030 NX injection port.
     
  • Chromatogram of Polywax (ASTM D 7500)

    Chromatogram of Polywax (ASTM D 7500)

Monitoring Sulfur in Diesel Oil Distillates

Using a detector splitting device with minimal dead volume, it is possible to analyze the components in diesel oil comprehensively with MS, while simultaneously measuring* the sulfur components selectively and with high sensitivity using an SCD.

  • Simultaneous Analysis of Sulfur Standard Components in Diesel Using GC-MS and SCD.
  • Simultaneous Analysis of Sulfur Standard Components in Diesel Using GC-MS and SCD.

Simultaneous Analysis of Sulfur Standard Components in Diesel Using GC-MS and SCD 


* LabSolutions DB GCMS or LabSolutions CS is required to acquire data simultaneously from a GCMS and SCD.
 

Sulfur Chemiluminescence Detection Gas Chromatograph System

 

Environment

  • Analysis of VOCs in Work Environments

    Trace components in the air can be concentrated for measurement via thermal desorption. The TD-30 can accommodate up to 120 samples, and thanks to the repeated collection function, if a precious sample is analyzed incorrectly, it can be measured again.
     
  • Analysis of VOCs in Work Environments

    Analysis of VOCs in Work Environments