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Laboum

Project:Laboum
Subsidiary:Auramin Ltd
Commodity:Gold
Location:Cameroon
Deposit Style:Sheared metasedimentary rocks
Key Attributes:15km by 5km mineralised belt
Asset Stage:Ground magnetics and soils
Results:24.5 g/t, 16.15 g/t & 6.86 g/t Au
Next Phase of Work:Quartz vein channel sampling
Joint Venture Partner:Available for JV
Deal Terms:TBC

Project Overview

The Laboum licence area was selected due to the presence of a major regional shear zone, which in places is up to 5km wide and coincident with numerous gold anomalies as defined by the Bureau de Recherches Geologiques et Mines ("BRGM") in the 1990s. Historical mapping by the Company has a defined a 20km long zone of gold bearing streams and the presence of artisanal alluvial gold workings. The Company is in the process of undertaking a detailed soil sampling programme and concurrent high resolution ground magnetic survey along the gold mineralised portion of the shear zone.

  • 17km long gold belt
    17km long gold belt
  • Geophysics map
    Geophysics map
  • Large regional gold-in-soil anomaly
    Large regional gold-in-soil anomaly

Exploration Programme

Following positive results from a 128 line km Phase 1 ground magnetics survey, an extended 1,028 line km Phase 2 ground magnetics survey has been completed. The Phase 2 survey lines, each typically 2-4km long, were walked at 50m intervals and orientated perpendicular to the regional NE-trending Tchollire-Banyo shear zone. The programme covered approximately 17km of strike which was previously confirmed as a gold-bearing area of interest by the Company’s stream sediment survey. Processing of the high resolution data was completed by Terratec Geophysical Services GmbH & Co. (Germany) and the results have allowed for the interpretation of the broad regional structural and lithological features, as well as the identification of potentially important localised structures within the shear zone. These include riedel shears, dilational jogs and fold hinges, all of which are considered to be favourable settings for hosting economic gold mineralisation.

A number of the local structures identified by the geophysical programme coincide with existing gold prospects, as defined by the Company’s regional soil sampling survey, as well as the occurrence of recently mapped artisanal gold workings. Generally, there is a strong correlation between magnetic signatures and gold in soil anomalies with a number of inferred structures at the Tapare and Kalardje prospects remaining open along strike.

A concurrent 218 line km infill soil sampling programme is also being undertaken, with Auramin’s field teams collecting samples at 50m spaced intervals along 100m spaced lines. The infill soil programme extends and enhances the Company’s existing regional soil grid, where 2,200 samples were collected on 100m intervals along 400m spaced lines, that generated five key gold targets. The results from the soil sampling programme to date indicate that the gold mineralisation is coincident with major silicified units and shear structures over at least 13.5km of strike and across a number of parallel zones.

Coincident with the ground magnetic and infill soil sampling programmes, the Company undertook a programme of geological mapping and reconnaissance sampling on a series of quartz veins discovered across a portion of the Landou prospect. A total of 24 veins have been mapped, cropping out along a discontinuous strike length of approximately 3km within a 750m wide corridor. Individual veins have mapped strike lengths of up to 250m and exposed widths of between 1m to 40m. Fifty reconnaissance samples were collected from the quartz veins and the highest three returned elevated gold grades of 24.5 g/t, 16.15 g/t and 3.04 g/t.

Rock chip samples of sheared metasedimentary rocks have returned grades up to 6.85 g/t, while visible gold has also been identified within a panned concentrate of a sample collected from a reconnaissance trench, indicating the high prospectivity of the project area.

  • Trenching programme
    Trenching programme
  • Altus geophysical team
    Altus geophysical team
  • Rock chip (6.85 g/t Au)
    Rock chip (6.85 g/t Au)

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