Swelling Gas Analysis in Li-Ion using Agilent 990 Micro-GC

During recycling or storage of lithium-ion batteries, gases are produced due to film formation and oxidation of the electrolyte components, overcharge and over discharge of the battery.

Common gas-producing components include permanent gases (e.g., H2, CO, and CO2) and alkanes (e.g., CH4, C2H4, and C2H6).

Swelling Gas Analysis in Li-Ion using Agilent 990 Micro-GC
Request Info/Quote

GBA Analyzer features

  • Quick analysis of Swelling Gas.
  • High Sensitive TCD Detector
  • Easy to configure and ready to use
  • Up to 4 independent Analysis channels can be selected
  • Excellent Repeatability & Reproducibility.
  • Results within few minutes after injection
  • Robust, compact and portable
Swelling Gas Analysis in Li-Ion using Agilent 990 Micro-GC

Typical Chromatogram for a Swelling Gas Analysis

Quantitation Results of a Swelling Gas

 Components
Peak Area
Concentration(%)
(External Standard Method)

Concentration(%)
Normalized

 H2
 716.3
 23.6108
 21.7778
 O2
 15.68
 4.2114
 3.8844
 N2
 78.42
 21.1097
 19.4708
 CH4
 4.309
 0.5974
 0.5510
 CO
 105.2
 41.6783
 38.4425
 CO2
 169.6
 16.7355
 15.4362
 C2H4/C2H2
 2.247
 0.2355
 0.2172
 C2H6
 2.437
 0.2203
 0.2032
 C3H6
 0.1158
 0.0088
 0.0081
 C3H8
 0.1252
 0.0092
 0.0085
Request Info/Quote

Browse by