1st project extracting lithium from salt-lake brine with ultra-high Mg-Li ratio by adsorption + membrane separation. 10,000 t/a and expanded to 13,000 t/a after 2 years.
Battery-grade lithium carbonate production with boron-lithium co-extraction uses just 56.21% of the water needed in similar salt lake processes, ensuring greater sustainability.
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Membrane Process: 20,000 t/a LCE
DLE of battery-grade lithium carbonate from sulfate-type salt lake brine with whole membrane solution.
DLE of battery-grade lithium carbonate from sulfate-type salt lake brine with adsorption method and membrane process.
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Adsorbents in Industrial Application: 10,000 t/a LCE
Following the successful completion of a thousand-ton scale adsorbent performance test, industrial operations have now begun to enhance lithium recovery rates.
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Solvent Extraction Process:6,000 t/a LCE
This project extracts lithium from lithium precipitation mother liquor with a 25x concentration factor, achieving a lithium yield of ≥98%.
