Lithium Power International - Revision history

95.149.241.133 at 06:56, 20 August 2022

2022-08-20T06:56:46Z

← Older revision		Revision as of 07:56, 20 August 2022
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Manos: Reverted edits by 103.126.60.198 (talk) to last revision by Louis

2022-08-14T09:00:59Z

Reverted edits by 103.126.60.198 (talk) to last revision by Louis

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103.126.60.198 at 08:01, 14 August 2022

2022-08-14T08:01:37Z

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>Louis at 16:18, 22 July 2022

2022-07-22T16:18:21Z

← Older revision		Revision as of 17:18, 22 July 2022
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	While the Maricunga project is at a relatively advanced stage and noting a non-binding MOU with Mitsui, it is yet to secure a binding offtake or a strategic partner within the battery value chain. We note that the use of the salt removal plant is new in lithium brine processing, although the design of the plant is based on established technology and the use of evaporators and crystallisers is common in the chemical industry. The process was developed by GEA Messo (a well-known German engineering company), and according to the BFS was able to produce battery-grade carbonate from Maricunga’s brine (in particular, the original samples produced in 2018 indicated a 99.5% purity). The JV has undertaken a series of product tests at a semi pilot plant scale. However, given the novel processing approach for brines, additional product testing might be required to secure the offtake.		While the Maricunga project is at a relatively advanced stage and noting a non-binding MOU with Mitsui, it is yet to secure a binding offtake or a strategic partner within the battery value chain. We note that the use of the salt removal plant is new in lithium brine processing, although the design of the plant is based on established technology and the use of evaporators and crystallisers is common in the chemical industry. The process was developed by GEA Messo (a well-known German engineering company), and according to the BFS was able to produce battery-grade carbonate from Maricunga’s brine (in particular, the original samples produced in 2018 indicated a 99.5% purity). The JV has undertaken a series of product tests at a semi pilot plant scale. However, given the novel processing approach for brines, additional product testing might be required to secure the offtake.
			[[Category:Thesis]]
			[[Category:Equities]]

>Jen: Created page with "==Summary== Lithium Power International (LPI) owns 51.6% of the advanced lithium brine project in the Maricunga Salar in Chile. Based on the 2022 updated feasibility study, the project has relatively attractive economics supported by the strong lithium market fundamentals and low opex. Lithium demand is expected to grow exponentially, driven by e-mobility, with prices likely to remain at elevated levels that will encourage new supply. We value LPI at A$1.02/share based..."

2022-03-21T13:29:22Z

Created page with "==Summary== Lithium Power International (LPI) owns 51.6% of the advanced lithium brine project in the Maricunga Salar in Chile. Based on the 2022 updated feasibility study, the project has relatively attractive economics supported by the strong lithium market fundamentals and low opex. Lithium demand is expected to grow exponentially, driven by e-mobility, with prices likely to remain at elevated levels that will encourage new supply. We value LPI at A$1.02/share based..."

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