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Explore Grid Metals’ Lucy South Emerges as the West’s Second-Largest Cesium Resource in Active Development with 10,229 views, 259 likes, and 2 comments. Experience the impact of this video content that has captured audience attention.

Cesium occupies an unusual corner of the critical minerals market. It is extraordinarily rare, strategically important and used across industries ranging from energy and telecommunications to defense, yet it remains unfamiliar even to many experienced resource-market participants. For Grid Metals Corp. (TSXV: GRDM | OTCQB: MSMGF), that scarcity is becoming increasingly important following the announcement of a maiden Mineral Resource Estimate at the Lucy South pegmatite on its Falcon West Property in southeastern Manitoba. During a recent InvestorNews interview hosted by Tracy Hughes, Robin Dunbar, President, CEO and Director of Grid Metals, discussed the significance of the new resource and the company's plans to move Lucy South toward development. Grid reported an open-pit measured resource for the Lithium-Cesium-Tantalum Zone of 51,500 tonnes grading 2.58% Cs₂O and 1.47% Li₂O, containing 1,322 tonnes of Cs₂O. Within it is a higher-grade Pollucite Zone containing 15,600 tonnes grading 5.19% Cs₂O and 1.76% Li₂O. The resource averages approximately 20 metres below surface, remains partly open in several directions and, according to Grid, establishes Lucy South as the second-largest cesium resource being actively developed globally by Western-domiciled exploration and development companies. “It's probably about half of one year's global supply of cesium feedstock, so significant,” Dunbar told Hughes. “And the deposit is also significant. It's near surface in a great location, easy to extract, easy to process.” Those characteristics take on additional importance because cesium supply is highly concentrated and new primary sources are exceptionally uncommon. Grid estimates that only six cesium-bearing pollucite deposits have been discovered globally and only three primary cesium mines have ever operated. A Rare Metal with Strategic Applications The cesium market is broadly divided between cesium formate, used as a high-density drilling and completion fluid in demanding oil and gas wells, and a collection of specialized technology applications. Dunbar pointed to uses in petrochemical refining, optical and medical technologies, defense applications, night-vision equipment and atomic clocks associated with GPS and telecommunications networks. He also highlighted emerging applications such as perovskite solar cells, where cesium could play a role in future generations of photovoltaic technology. “The world would use more cesium if you had it,” Dunbar said. “But it's incredibly rare.” That rarity is closely connected to geology. Pegmatites themselves are common, but economically interesting concentrations of cesium occur only in highly fractionated pegmatites, with pollucite representing the preferred mineral feedstock for the cesium chemicals industry. Cesium has consequently been designated a critical mineral by both Canada and the United States, where supply-chain vulnerability has elevated interest in potential Western sources. Location and Processing Could Matter Falcon West's location adds another dimension to the project. The property lies approximately 130 kilometres east of Winnipeg and just 500 metres north of the Trans-Canada Highway, with access to nearby rail infrastructure and Manitoba's hydroelectric power grid. “Many, many deposits like this are in the middle of nowhere,” Dunbar said, contrasting those projects with Falcon West's existing infrastructure and accessibility. Grid also controls a substantial land position across a belt that Dunbar believes has received relatively little modern exploration, giving the company additional targets as it searches for more cesium-bearing pegmatites. Processing could prove equally important. Rather than describing a conventional processing operation involving a large plant, tailings facility and extensive water requirements, Dunbar compared the concept under consideration to a quarry. Material could potentially be mined, crushed and passed through X-ray ore sorting to separate pollucite-rich material and produce a cesium concentrate. “It's really more akin to a quarry,” he explained. “That's important because the CAPEX is very, very low.” To read the full column, go to: https://bit.ly/4ebqU3J Disclaimer: Video interviews and other video content published by InvestorNews are produced as part of paid media services. The issuer or company featured in this video has compensated InvestorNews for the creation and publication of such content. The views expressed in these interviews are those of the interviewees or guests and do not necessarily reflect the opinions or positions of InvestorNews, its writers, or its affiliates. For full details, please refer to our complete disclaimer at www.investornews.com/disclaimer #Cesium #CriticalMinerals #GridMetals

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