SUB PROCESS

4.2 Electrolyte Removal

Info Current and Verified

Updated 04/2025

Short Description

After the battery has been shredded, the resulting shreds are dried to remove residual electrolyte solvents and, depending on the temperature, possibly degrade active material binders such as polyvinylidene fluoride (PVDF). Drying is essential for ensuring the safety and efficiency of subsequent processing steps—by preventing clumping and improving material flow during separation. 

Common drying technologies include rotary dryers or kilns, vacuum dryers, and conventional ovens

The selected drying temperature influences the design of the off-gas treatment system, as higher temperatures may lead to more aggressive or hazardous vapors. 

Inputs

Shredded battery with electrolyte solvents

Outputs

Shredded battery without electrolyte solvents

Relevant Product Groups

These are relevant product groups for Electrolyte Removal. All listed solutions are vetted by industry experts to ensure they meet real-world recycling needs. Our supplier network is growing, with more products under review. 


Products & Solutions


Challenges

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