Great Quest Provides an Update on Exploration Activities at Omatjete and Belmont Projects, Namibia

In This Article:

Figure 1: Overview of the Omatjete project area highlighting the nearby gold and lithium deposits (Graphic: Business Wire)
Figure 1: Overview of the Omatjete project area highlighting the nearby gold and lithium deposits (Graphic: Business Wire)
Figure 2: Map of the Omatjete project showing the gold and lithium focus areas with interpreted regional shear/fault zones (dashed lines) (Graphic: Business Wire)
Figure 2: Map of the Omatjete project showing the gold and lithium focus areas with interpreted regional shear/fault zones (dashed lines) (Graphic: Business Wire)
Figure 3: Map showing the planned surface sampling points within EPL8676 (Graphic: Business Wire)
Figure 3: Map showing the planned surface sampling points within EPL8676 (Graphic: Business Wire)
Figure 4: Images of the on-site PXRF lab setup at the Omatjete project (Photo: Business Wire)
Figure 4: Images of the on-site PXRF lab setup at the Omatjete project (Photo: Business Wire)
Figure 5: Images from ongoing drone based magnetic surveys at the Omatjete project (Photo: Business Wire)
Figure 5: Images from ongoing drone based magnetic surveys at the Omatjete project (Photo: Business Wire)
Figure 6: Images from the surface sampling campaign at the Belmont prospect, Khorixas (Photo: Business Wire)
Figure 6: Images from the surface sampling campaign at the Belmont prospect, Khorixas (Photo: Business Wire)

VANCOUVER, British Columbia, November 07, 2024--(BUSINESS WIRE)--Great Quest Gold Ltd. (TSX-V: GQ) ("Great Quest" or the "Company") is pleased to provide an update to its shareholders on its current exploration activities at the Omatjete and Belmont project areas, two of its three project areas in the Damara belt of Namibia. The Company is employing a comprehensive and systematic exploration strategy, generating high-resolution geological, geochemical, and geophysical data to assess the potential of each of its current projects.

Highlights

  • Great Quest has mobilized its team to the Omatjete project in the Erongo region

  • Soil sampling has started at Omatjete with more than 4,000 samples collected to date, and analysis using the on-site PXRF lab has commenced

  • A drone-based Magnetic survey has been started at Omatjete focusing on structural targets

  • 1,543 line kilometres of drone magnetic survey have been completed at the Belmont prospect, Khorixas

  • 2,515 surface samples from the Belmont prospect submitted for gold analysis

About the Omatjete Project

The Omatjete Project is a greenfield exploration project located in the North Central Zone ("NCZ") of the Damara belt, Namibia. Spanning approximately 80,000 hectares, the project encompasses three exclusive prospecting licences (see Figure 1). The NCZ of the Damara belt has recently seen promising gold and lithium discoveries, all within the uppermost stratigraphy of the Swakop Group sediments. The recently discovered Kokoseb gold deposit (WIA Gold), with a current resource of ~2.1 Moz has highlighted the greenfields potential of this part of the Damara belt (see Figure 2). The project area host similar geological features to the Kokoseb project with a complex fold belt intruded by multiple phases of syn-Damaran and late-Damaran granites. Regional mapping and analysis have identified favourable stratigraphy and potential trap sites within the project’s boundaries.

Regional Exploration Strategy at Omatjete

The majority of the project area is flat with only minor soil and calcrete cover. This is ideal terrain for soil sampling as a first pass exploration tool. The Company is using a combination of soil sampling and drone-based magnetic mapping to identify prospective targets. Surface sampling has started on EPL8676, where approximately 4,000 of the planned 9,000 samples have been collected to date (see Figure 3). Due to the fact that all the Namibian gold deposits have a strong trace element association (e.g. As, Cu, W, Bi, etc.), the Company analyzes all its surface samples using its on-site PXRF lab first (see Figure 4). All trace element anomalies are then analyzed for gold using aqua regia digestion with ICP-MS finish. Drone-based aerial imagery and magnetic surveys are used to compliment trace element and gold anomalies and help in understanding the structural complexity of these anomalies (see Figure 5).