Solution | Determination of Li, Cu, and Al in Spent LFP Black Mass Using the EWAI AA-7090
Release Date：2026-07-28
With the growing volume of retired power batteries, resource recovery from spent lithium iron phosphate (LFP) battery black mass has attracted increasing attention. Li is the principal valuable element targeted in recycling, while Cu and Al mainly originate from current collectors, residual electrode materials, or dismantling and sorting operations. Their concentrations affect black mass grade, leaching systems, impurity-removal load, and downstream product quality. Accurate determination of Li, Cu, and Al is therefore essential for incoming-material evaluation and recycling-process control.
| Application Field: | Release Date:2026-07-28 |
| Test Sample: | Test Parameters:Petrochemicals |
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| Reference Standards: |
Configuration
AA-7090 Atomic Absorption Spectrometer
Model No.: AA-7090
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Brand: 1soccer第一足球网
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Solution | Determination of Li, Cu, and Al in Spent LFP Black Mass Using the EWAI AA-7090
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