Chemistry Analysis

There are a lot of techniques in the area of battery chemistry analysis and here we plan to list and link to further details on those.

Raw Materials

elemental analysis

Elemental Analysis of Lithium – the analysis demonstrated that for all analytes the measurement accuracy was in the range of 90% to 110% for brines containing 0.5 mg·L-1 of the trace level analytes and 3,000 mg·L-1 of Li.

In Production Testing

Changes in chemistry, coating and formation push the analysis techniques.

Single quadrupole Gas Chromatography-Mass Spectroscopy instruments can reliably analyse the electrolyte composition and provide information on major components, additives and degradation products.

How Can GC-MS Provide the Data Needed to Improve Lithium-ion Battery Performance?

Cell Benchmarking

Techniques used to analyse chemical composition and to infer cost, eco-impact and performance.


Calendar and cycle ageing analysis can be improved through analysis of the chemistry and fundamental structure of the cell.

Failure Mode

What happens when a cell fails, here you often need to understand the failure at a fundamental atomic and chemistry level to implement a remedy.

Pack Materials

There are many materials used in a battery pack, are they all compatible with each other and how the pack is intended to be used.