Diatom-based treatment of geothermal brines to selectively remove silicon, retain lithium for downstream recovery, and produce omega-3 fatty acids.

Name: Diatom-based treatment of geothermal brines to selectively remove silicon, retain lithium for downstream recovery, and produce omega-3 fatty acids.
Creator: Mohammed Rehmanji
Published: 2026-08-10T14:56:39.769Z
Keywords: Biogeochemistry, Microalgae, Circular Bioeconomy

Rehmanji, Mohammed; Skeffington, Alastair; Newsome, Laura; Hudson-Edwards, Karen

doi:10.17632/z97vm778wy.1

Diatom-based treatment of geothermal brines to selectively remove silicon, retain lithium for downstream recovery, and produce omega-3 fatty acids.

Published: 10 August 2026| Version 1 | DOI: 10.17632/z97vm778wy.1

Contributors:

,

Description

Data for the manuscript " Diatom-based treatment of geothermal brines to selectively remove silicon, retain lithium for downstream recovery, and produce omega-3 fatty acids."

Files

Institutions

University of Exeter
England, Exeter

Funders

Biotechnology and Biological Sciences Research Council
UK Research and Innovation
England, Swindon
Grant ID: BB/X011658/1

Diatom-based treatment of geothermal brines to selectively remove silicon, retain lithium for downstream recovery, and produce omega-3 fatty acids.

Description

Files

Institutions

Categories

Funders

Licence