TARGA IDENTIFIES LITHIUM ANOMALY FROM OPINACA TILL SAMPLING

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CSE: TEX | OTCQB: TRGEF | FRA: V6Y

VANCOUVER, BC, Jan. 10, 2024 /CNW/ - Targa Exploration Corp. (CSE: TEX) (FRA: V6Y) (OTCQB: TRGEF) ("Targa" or the "Company") today announced receipt of results of its extensive till sampling program on the Company's Opinaca project ("Opinaca" or the "Project") in Quebec.

  • Results of 996 till samples received from Opinaca lithium project

  • 2,000m by 1,000m lithium-cesium-tantalum till anomaly identified

  • Li-Cs-Ta anomaly appears open ended in the up-ice direction

"Our team is very excited by the results of the first phase field program at Opinaca," commented Cameron Tymstra, CEO of Targa. "The program has revealed a lithium-cesium-tantalum target at the eastern extent of the sample grid that is 2km in length and up to 1km wide. This particular area has never been explored and only very limited geological mapping has been completed in this part of the Opinaca sub-province, so we are looking forward to further exploring the potential of the area. The anomaly is open in the up-ice direction, and we are making plans to extend the grid to the northeast as well as conducting infill sampling in 2024. The geochemical anomaly coincides with the project area where favourable geology including white pegmatites with muscovite, garnet and apatite were identified by field crews in 2023."

Opinaca Till Results

The till sampling program at Opinaca, executed by Kenorland Minerals on behalf of Targa in September 2023, consisted of a total of 994 deep till samples covering an area approximately 35km by 6km. Sample lines were set at 1km apart with samples taken at 150m intervals. Samples were sent to the Bureau Veritas lab in Timmins, Ontario to undergo multi-element analysis.

Results from the program have identified an anomaly with overlapping elevated values of lithium, cesium, and tantalum that is 2km-long in the direction of historic ice movement by 1km-wide (Figure 1). The primary lithium anomaly is situated at the eastern extent of the sample grid and appears open in the up-ice direction.

This anomaly occurs in the region that was identified during a brief stop by field crews as having favorable geological features such as multiple peraluminous pegmatites containing garnet, muscovite, and apatite, (Figure 2). Lithium values in the till samples reached a high of 59ppm with cesium values up to 13.9ppm. Also in the same area are several lake sediment samples from the provincial data base with anomalous lithium and cesium values.

In addition to expanding the till grid, Targa is planning an intensive outcrop identification and field mapping program for early summer 2024 to search for an up-ice source of the till sample anomalies and potential lithium-enriched pegmatites.