Lake Resources (ASX: LKE) and its technology partner Lilac Solutions has finally commenced dry commissioning of the long-awaited demo plant at the Kachi Lithium Project in Argentina.
Subject to the completion of dry commissioning, Lake Resources expects to begin wet commissioning of the plant on Thursday, September 2022. Which will then lead into the on-site processing of Kachi brines in the first week of October.
The test program will run the demo plant for 1,000 hours to produce 2,000 litres of lithium concentrate for conversion into lithium carbonate. The final lithium product will then be qualified by a tier 1 battery maker to validate product specifications.
Back in February 2021, Lake expected the demo plant to be delivered onsite and produce samples of offtake all in the same year.
A November 2021 presentation then pushed the timeline back, with the plant to come onsite in the first quarter of 2022.
A more recent presentation in April said the demo plant had finally been dispatched and expected to produce first samples in the second quarter of 2022.
At least its finally made it.
Lake said it will continue to update the market on both the Kachi project and the ongoing dispute with Lilac.
In summary, Lilac is expected to earn up to a 25% stake in the Kachi project, based on the achievement of certain milestones by an agreed date.
The milestones include:
Completing at least 1,000 hours of operations of the Lilac Pilot Unit onsite
Producing a lithium carbonate feed totaling at least 2,500 kg of lithium carbonate equivalents
Lake said the milestones must be achieved by 30 September 2022 while Lilac believed it had until 30 November 2022.
With the demo plant only just arriving and expected to begin producing Kachi brines in the first week of October, Lilac will miss the milestone deadline under Lake's date of 30 September.
1,000 hours of operations (assuming the plant runs for 24 hours a day) is equal to 42 days. Even if the milestones were running along Lilac's timeline, it would be a stretch to complete the 1,000 hours and then convert the lithium concentrate to lithium carbonates.
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