Global Energy Metals Corp (TSX-V:GEMC) revealed promising initial graphite discoveries at the Millennium project from recent drilling funded by joint venture partner Metal Bank Limited.
The drilling, completed in June, revealed thick graphite intersections extending over a strike length exceeding two kilometers adjacent to the existing cobalt-copper-gold mineral resource.
GEMC said that positive results from the pending drill assays will have the potential to “add significant project value on granted mining leases.”
Mitchell Smith, CEO of GEMC, highlighted the discovery of extensive graphite alongside copper, cobalt, and gold mineralization, underscoring the project's potential to contribute significantly to the region's battery mineral projects.
“Taking into account the increased activity in the region, Millennium may play an important role in the new anode materials supply within the NW QLD battery mineral projects region,” Smith said in a statement.
“As the industry targets diversified supply, the focus shifts to more ESG friendly, secure sources of graphite production and processing. In line with this, we along with our partner will continue to assess the potential for further value to be unlocked from developing this graphite potential as part of the Millennium project over the coming months.”
The drilling program, consisting of three diamond drill holes totaling 384 meters, targeted resource extensions in the central zone and explored the Fountain Range-Quamby Fault Zone. Initial findings included significant sulphide mineralization, including chalcopyrite (copper) and cobaltite (cobalt), with graphite intersected prominently in one of the drill holes.
Graphite plays an eessential role in lithium-ion batteries for electric vehicles.
GEMC and Metal Bank are awaiting assay results to confirm the extent and quality of the mineralization encountered. Future plans include additional surface mapping, sampling, and reassessment of previous core samples to advance understanding of the graphite potential and its economic viability.