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A Major Breakthrough: PMET Unlocks High-Grade Lithium with Game-Changing Results

PMET's Carolina Lithium Project Achieves Stellar 89% Recovery and 6.1% Li2O Grade in Pilot Program, Paving Way for US Domestic Supply

Petratherm (PMET) has announced exceptional results from its Dense Media Separation (DMS) pilot program for the Carolina Lithium Project, demonstrating an 89% spodumene recovery at an impressive 6.1% Li2O grade. This significant achievement de-risks the project and confirms its potential as a high-quality, cost-effective lithium source.

There's some truly exciting news bubbling up from the world of lithium exploration, and it involves PMET, or Petratherm Limited. They've just dropped an update that's making waves, particularly for their Carolina Lithium Project. In essence, they’ve managed to pull off some seriously impressive results in their latest metallurgical pilot program, suggesting a very bright future for a key domestic lithium supply right here in the US.

So, what's the big deal? Well, PMET put a representative sample – a CV5 bulk sample, to be precise – through a Dense Media Separation (DMS) pilot program. And get this: the results were nothing short of stellar. They achieved an 89% recovery of spodumene concentrate. That's already excellent, but it gets better. This concentrate also boasted a fantastic grade of 6.1% Li2O. Now, for those not deep in the mining industry, a 6.1% Li2O grade is absolutely top-tier, meeting or even exceeding the benchmarks for battery-grade lithium concentrate. It's the kind of number that makes investors and future battery manufacturers sit up and take notice.

This isn't just a technical win; it's a strategic one. These pilot program results are a massive de-risker for the entire Carolina Lithium Project. Why? Because hitting such high recovery and grade with DMS is a huge advantage. DMS is generally a simpler, more cost-effective processing method compared to, say, flotation circuits, which might be needed for lower-grade ores. The fact that PMET can achieve such quality with a potentially simpler process means lower operational costs and, ultimately, a more robust and profitable project.

It's worth remembering that this success builds on earlier positive metallurgical test work. PMET has been systematically de-risking this project, and each step seems to affirm the high-quality nature of the lithium deposit. The CV5 sample, by the way, is considered quite representative of the broader Carolina Lithium Project's resource, which gives us even more confidence that these fantastic results aren't just a one-off.

Looking ahead, this breakthrough paves a clear path for the upcoming Definitive Feasibility Study (DFS). With these strong metallurgical foundations, PMET is in a prime position to advance the Carolina Lithium Project as a crucial, environmentally responsible source of lithium for the growing demand in North America. Imagine the implications for electric vehicle manufacturing and renewable energy storage – having a secure, domestic supply of such high-grade lithium could be a game-changer.

Ultimately, PMET’s recent announcement isn't just another press release; it's a significant milestone. It highlights the company’s strong technical execution and solidifies the Carolina Lithium Project's status as a potentially key player in securing a sustainable, domestic lithium supply chain. And that, truly, is exciting news for everyone involved.

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