Energy Storage

Learn how high pressure corrosion testing combines Parr reactors and Gamry potentiostats to measure corrosion under realistic temperature, pressure and flow.

Learn how high resolution ICP OES is used for black mass analysis in lithium ion battery recycling, enabling accurate measurement of lithium, cobalt, nickel and trace elements.

Learn how to choose the right potentiostat for electrochemical testing. Explore potentiostat specifications, EIS capabilities, current ranges, accessories, and applications in batteries, fuel cells, corrosion, and electrochemistry.

Learn how analytical testing supports the lithium ion battery lifecycle, from raw material extraction and battery production to recycling, impurity analysis and wastewater monitoring.

Learn how TOC analysis is used to measure organic impurities in battery grade salts for lithium ion battery cathode production. Discover methods, results and analytical considerations.

Learn how TIC analysis supports lithium battery recycling by measuring lithium carbonate recovery, optimising recycling processes and improving product quality.

Learn how HR ICP OES enables online measurement of lithium in brine samples. Discover continuous lithium monitoring, high salt matrix analysis and real time process control using the PlasmaQuant 9100 Elite.

Learn how HR ICP OES enables accurate lithium carbonate analysis for battery materials. Discover trace impurity detection, calibration methods, spectral resolution and quality control for lithium ion battery production.

Learn how high-resolution ICP-OES enables accurate lithium ore analysis, including major elements, trace elements and pathfinder elements using microwave digestion.

Learn how lithium ores can be analysed quickly and accurately using Flame AAS. Discover microwave digestion, multi element analysis and automated workflows with the contrAA 800.