DOE backs Cypress' lithium research plans

Canadian lithium producer Cypress Development has been encouraged by the US Department of Energy (DOE) to advance research it is developing on sieve technology and carbonate synthesis.
DOE backs Cypress' lithium research plans DOE backs Cypress' lithium research plans DOE backs Cypress' lithium research plans DOE backs Cypress' lithium research plans DOE backs Cypress' lithium research plans

Company targeting lower cost recovery of lithium from the claystone resources in Cypress’ deposit in Clayton Valley

The DOE's Office of Energy Efficiency and Renewable Energy (EERE) is supporting Cypress Development, which is developing a lithium claystone deposit in Nevada, in its plans to submit formal three-year research proposals for projects it is conducting with US universities.

The first project is a collaboration with the University of Utah, Colorado School of Mines, and Cornell University that aims to develop technology to demonstrate the use of "Next Generation Lithium Ion Sieve Technology" for recovering lithium, including lithium contained in clay minerals.

Lithium ion-sieve (LIS) adsorption is considered a promising method of aqueous recovery technologies due to its low energy consumption and environment-friendly process.

A second project in partnership with the University of Utah, Pacific Northwest National Laboratory (PNNL), and Cornell University, is titled "Novel and Adaptive Amino Acid Looping Strategy for Directing Lithium Carbonate Synthesis by Using CO2".

"We are pleased to have the EERE encourage these two research efforts " said Todd S Fayram, chief metallurgist for Cypress. "Successful completion of either project will allow for more efficient utilization and lower cost recovery of lithium including from the claystone resources in Cypress' deposit in Clayton Valley, Nevada."

Cypress announced an updated resource estimate for Clayton Valley in August that increased this to 574.1 million tonnes averaging 1,081 ppm Li or 3.3 million tonnes lithium carbonate equivalent (LCE).