• 专利标题:   System for extracting lithium from liquid resource, includes lithium-selective ion exchange material absorbs lithium from liquid resource to form lithium-enriched ion exchange material, and protonation component configured to contact acidic solution to lithium-enriched ion exchange material.
  • 专利号:   US2022348475-A1
  • 发明人:   LUKITO A, INDRANADA A, SNYDACKER D H
  • 专利权人:   LILAC SOLUTIONS INC
  • 国际专利分类:   B01J039/02, B01J039/05, B01J039/10, B01J039/20, B01J047/011, B01J047/04, B01J049/53, C01D015/06
  • 专利详细信息:   US2022348475-A1 03 Nov 2022 C01D-015/06 202296 English
  • 申请详细信息:   US2022348475-A1 US673624 16 Feb 2022
  • 优先权号:   US036896P, US673624

▎ 摘  要

NOVELTY - A system for extracting lithium from a liquid resource, includes a lithium-selective ion exchange material, where the lithium-selective ion exchange material absorbs lithium from liquid resource to form a lithium-enriched ion exchange material, an optional wash component configured to remove the liquid resource from the first lithium-enriched ion exchange material, a protonation component configured to contact an acidic solution to the lithium-enriched ion exchange material, where lithium and impurities are eluted from the lithium-enriched ion exchange material to form a first impurities-enriched lithiated acidic solution and a partially-eluted ion exchange material, a purification component configured to remove at least some of the impurities from the first impurities-enriched lithiated acidic solution to form a lithium-enriched acidic solution, and a fluid connection configured to either contact the lithium-enriched acidic solution with the partially-eluted ion exchange material. USE - System used for extracting lithium from liquid resource. ADVANTAGE - The system is capable of recovering lithium from liquid resources through absorption into ion exchange materials followed by elution using protons to form lithium salt solution. DETAILED DESCRIPTION - A system for extracting lithium from a liquid resource, includes a lithium-selective ion exchange material, where the lithium-selective ion exchange material absorbs lithium from liquid resource to form a lithium-enriched ion exchange material, an optional wash component configured to remove the liquid resource from the first lithium-enriched ion exchange material, a protonation component configured to contact an acidic solution to the lithium-enriched ion exchange material, where lithium and impurities are eluted from the lithium-enriched ion exchange material to form a first impurities-enriched lithiated acidic solution and a partially-eluted ion exchange material, a purification component configured to remove at least some of the impurities from the first impurities-enriched lithiated acidic solution to form a lithium-enriched acidic solution, and a fluid connection configured to either contact the lithium-enriched acidic solution with the partially-eluted ion exchange material, such that lithium and impurities are further eluted from the partially-eluted ion exchange material to form a second impurities-enriched lithiated acidic solution having accumulated amount of lithium and the partially-eluted ion exchange material or contact the lithium-enriched acidic solution to a second lithium enriched ion exchange material, where lithium and impurities are eluted from the second lithium-enriched ion exchange material to form a second impurities-enriched lithiated acidic solution having accumulated amount of lithium and a second partially-eluted ion exchange material. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the system.