Announcement • Jan 31
Global Energy Metals Corporation Announces Resignation of Peter Reynolds from its Board of Directors, Effective January 31, 2026 Global Energy Metals Corporation announced that Mr. Peter Reynolds has resigned from the Company's Board of Directors, effective January 31, 2026. Announcement • Sep 11
Global Energy Metals Corporation (TSXV:GEMC) signed a letter of intent to acquire Luna Energy Ltd. for CAD 0.18 million. Global Energy Metals Corporation (TSXV:GEMC) signed a letter of intent to acquire Luna Energy Ltd. for CAD 0.18 million on September 9, 2025. Under the proposed terms, all the issued and outstanding shares of Luna Energy shall be exchanged for 7,239,870 common shares in the capital of Global Energy Metals Corporation. Immediately following the completion of the Transaction and Financing, it is anticipated that Global Energy Metals Corporation will have approximately 37,466,235 common shares outstanding on a post-Consolidation basis. Of these, approximately 81% will be held by shareholders of Global Energy Metals Corporation and investors in the Financing, and 19% by current Luna Energy shareholders.
Following completion of the Transaction, and at the next Annual General Meeting of Shareholders (“AGM”), Luna Energy will have the right to nominate two directors, and Global Energy Metals Corporation will determine which two of its current directors will not stand for re-election at the AGM. The management of Global Energy Metals Corporation will continue to be led by the existing Global Energy Metals Corporation team.
Completion of the transaction is subject to a non-binding agreement, acceptance by the TSX Venture Exchange, fulfillment of conditions precedent including the financing, and, if necessary, shareholder approval. Announcement • Jul 30
Global Energy Metals Corporation, Annual General Meeting, Sep 23, 2025 Global Energy Metals Corporation, Annual General Meeting, Sep 23, 2025. Location: british columbia, vancouver Canada Announcement • Jun 25
Global Energy Metals Ltd. Announces Results from Brine from NeoLithica's Peace River Project in NW Alberta, Canada Global Energy Metals Corporation announced testing results from brine sourced from NeoLithica's Peace River Project in NW Alberta, Canada. NeoLithica is currently undertaking a strategic evaluation to assess development options available to service growing North American lithium market demand while maximizing the long-term value of one of Canada's largest lithium brine inferred resource. Please refer to the mineral resource prepared by Fluid Domains in accordance with the Canadian Securities Administration's National Instrument 43-101 Standards for Disclosure of Mineral Projects and Canadian Institute of Mining and Metallurgy guidelines and definition standards. The effective date of this report is January 30, 2023. demonstrate its brine pre-treatment regime, Direct Lithium Extraction (DLE) technology, and the interface between the two. NeoLithica transported 6,000 litres of lithium-bearing oilfield brine from a third-party well at its Peace River 10 million tonne lithium carbonate equivalent ("LCE") asset to Geo40's Estevan, SK pilot site. After completion, Geo40 delivered a Pilot Report on its DLE technology (summarized as follows), which included a preliminary OPEX es)mate based on the results of the test campaign. Geo40's direct lithium extraction (DLE) technology was able to effectively extract lithium from NeoLithica's Peace River brine, demonstrating its brine pre-treatment regime, DLE technology and the interface between the two worked very effectively. The brine samples were treated using Geo40's proprietary brine pre-treatment process prior to conducting the lithium extraction process through the pilot plant. The DLE process was performed in a system where Geo40's proprietary lithium-selective Geosieve sorbent is recycled to the front end of the process at the conclusion of each cycle for re-use. When testing new brine chemistries, Geo40 will typically conduct significant optimization on the brine to achieve pilot results that match its expected piloting program outcomes. As anticipated, this was the case with the Peace River brine. A key efficiency and cost driver is achieved by optimizing Geo40's brine pre-treatment process and determining the required interface with the DLE pilot unit to optimize Geosieve's effectiveness. This resulted in a lithium chloride eluate averaging 749 mg/L lithium, a 13-fold increase in concentration from the brine provided, and overall lithium recoveries consistently averaging 97%. Geo40 reports that further process optimizations has the potential to ultimately produce an eluate with a lithium concentration of up to 3,000mg/L. At the end of the trial, a small volume of lithium-rich liquor, in the form of lithium chloride (LiCl) as the final product, was shipped to Geo40's lab for further evaluations. A small sample of battery grade lithium carbonate was precipitated from the NeoLithica eluate. The purity of the sample was measured by ICP-OES, and when compared the Albemarle and SQM specifications for battery grade product, the NeoLithica sample exhibited >99. 9% purity mee)ng the main battery grade specifications, no)ng that a third party has not verified the results and this is solely based on the internal ICP results. A sample of the eluate and lithium carbonate were shipped to NeoLithica in Calgary. This report also detailed piloting results, including preliminary OPEX modelling of a commercial scale DLE plant. Based on the results achieved to date, Geo40's technology has the potential to recover lithium from NeoLithica's Peace River oilfield brine at a competitive cost, which is expected to be reduced further through process optimization and potentially lower input costs including locally sourced chemicals, electricity, and water. It is anticipated that these results of the DLE pilot program will contribute to NeoLithica producing a preliminary economic assessment on the production of LiCl concentrate and further refined technical- and battery-grade Li2CO3, extracted from its lithium-bearing brines. In addition, it is intended that the lithium chloride and lithium carbonate chemistry will be made available to a number of potential customers for their qualification test work for battery applications. This is a critical step to potentially attracting industry participation and securing potential off-take agreements with global companies seeking sustainable and robust solutions to meet their demand for lithium. Announcement • Nov 27
Global Energy Metals Corporation' Partner Metal Bank Reports Thick, High-Grade Graphite At the Millennium Copper Cobalt Gold Project, Australia Global Energy Metals Corpora on reported partner funded and investigity commodity commodity commodity on, development and Global Energy Metals Corporation at its Millennium Cu-Co-Au Project in northwest Queensland, Australia has demonstrated signi cant and extensive graphite results. This follows high grade graphite results from a mid. 2024 drilling campaign, of which joint venture partner Metal Bank ini ated a program to re- assay selected 2022 Cu-Co-Au drill samples. Highlights. Thick, high grade intersec ons returned from graphite analysis of previous Cu-Co-Au drilling. samples including: 56m @ 18.29% graphite from 66m (MI22RD01) o 20m @ 14.05% graphite from 64m (MI22RD02) o 49m @ 12.97% graphite from surface, and 14m @ 18.88% graphite from 64m ("MI22RD06") Graphite intersected in drilling over >2km of strike on granted mining leases. Signi cant intersec ons within and adjacent to the pit model for the exis ng 8.4Mt @ 0.09%. Mineral Resource model outline. Importantly, all graphite intersec ons are within or immediately adjacent to the proposed pit. model of the 2023 Mineral Resource and on granted mining leases. It should be noted that the majority of drill holes were not ideally located to test for graphite due to the short Cu-Co-Au resource-focussed nature of the 2022 drilling campaign, with best results occurring in the pre-collar holes to deeper resource expansion drill holes. Drilling results also correlate with previous high grade graphite rock chip samples in the area, and other limited graphite sampling throughout the project area. recent graphite re-assay results from MI22RD06 pre-collar and MI22RC02 resource holes. NW Queensland District Graphite Development. Millium is strategically located between other NW QLD graphite development projects which are currently undergoing consolida on. Despite some recent price pressure, the long- term outlook for natural, ex-China graphite remains strong. As the industry targets diversi ed. supply, the focus to more ESG friendly, secure sources of graphite produc on and. ft.Ti. processing. In line with this, Metal Bank, in full support by Global Energy Metals, is assessing the poten al.Ti. for further value to be unlocked from the Millennium Project via developing the graphite poten al over the coming months. This includes addi onal surface mapping and sampling. metallurgical to determine recovery, graphite ake size, sphericity and purity, and a.Ti. fl. further program of drilling to ne near term scope for an Explora on Target and/or Mineral. Announcement • Jul 22
Global Energy Metals Corporation announced that it has received CAD 0.6495 million in funding from Gleason & Sons LLC On July 22, 2024, Global Energy Metals Corporation closed the transaction. The company issued 21,650,000 units at an issue price of CAD 0.03 per unit for the gross proceeds of CAD 649,500. The transaction included participation from insiders of the company for a total of 17,533,333 units. 
