ChroZen ASTM D1945 Player, All About Natural Gas Analysis

ChroZen ASTM D1945 Player with column switching valve system effectively analyses natural gases by controlling the valve switching time with accuracy and precision and verifies its reliability by effectively determining each component of natural gases according to ASTM D1945.

Natural gases consist of methane (major component), other hydrocarbons and permanent gases like hydrogen, oxygen, nitrogen as well as carbon dioxide. They are used as major energy sources in numerous industries and it is very critical to accurately determine them because their value differs depending on chemical composition and the concentration of each component.

Among various analytical methods for natural gases, ASTM D1945 utilizes Gas Chromatograph (GC) configuring 5 columns and 3 detectors with 4 valves, which enables the analysis of complex natural gases in a single injection.

In this study, ChroZen ASTM D1945 Player verifies the right solution for superior resolution and sensitivity of components in natural gases within the range of composition shown in ASTM D1945.

YoungIn Chromass provides one stop solution for various dedicated applications and you only need to let us know what to analyse, and then every single component that is required to analyse your sample will be configured right away.

ChroZen ASTM D1945 Player

Total Dream Solution includes:

1. 1. Smart Hardware Platform (Utilizing ChroZen GC)
2. 2. Smart Software Control (Chromatography Data System)
3. 3. All Related Consumables and Accessories
4. 4. Columns

• Ë™GS-gaspro 60 m 0.32 mm
• Ë™2m 1/8 2mm MOLECULAR SIEVE 5A 60/80
• Ë™6Ft Porapak Q 60/80 SS

1. 5. The Real Plug & Play Solution

• Ë™QC Report according to the specified application
• Ë™Method Set-Up & File Embedded
• Ë™Specified Easy Manual

Target Compound Coverage - Mol%

Helium - 0.01 to 10

Hydrogen - 0.01 to 10

Oxygen - 0.01 to 20

Nitrogen - 0.01 to 100

Carbon dioxide - 0.01 to 20

Methane - 0.01 to 100

Ethane - 0.01 to 10

Hydrogen Sulfide - 0.3 to 30

Propane - 0.01 to 100

Isobutene - 0.01 to 10

n-Butane - 0.01 to 10

neoPentane - 0.01 to 2

isoPentane - 0.01 to 2

n-Pentane - 0.01 to 2

Hexane isomers - 0.01 to 2

Heptanes plus - 0.01 to 1