Argyll Battery Metals
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  • Lorne Plateau
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Argyll Battery Metals
Home
Projects
  • Knapdale
  • Loch Fyne
  • Lorne Plateau
About
Investors
  • Presentation
  • Capital Structure
Gallery
More
  • Home
  • Projects
    • Knapdale
    • Loch Fyne
    • Lorne Plateau
  • About
  • Investors
    • Presentation
    • Capital Structure
  • Gallery
  • Home
  • Projects
    • Knapdale
    • Loch Fyne
    • Lorne Plateau
  • About
  • Investors
    • Presentation
    • Capital Structure
  • Gallery

Lorne plateau

Project Highlights

  • The Bragleenmore Target is a cluster of strong VTEM anomalies coincident with aeromag and gravity anomalies covering 4 square km in a comparable structural setting to the Lagalochan porphyry 8 km to the south. 


  • Drilling at nearby Lagalochan has intercepts including: 

                     - 174m @ 0.23% Cu, 0.11g/t Au, 180ppm Mo & 3g/t Ag

                     - 537m @ 0.18% Cu, 0.1g/t Au, 70ppm Mo & 3g/t Ag


  • Multiple samples found at Bragleenmore are interpreted as being typical of a marginal k-silicate alteration 300-400m outboard of a central mineralised porphyry Cu stockwork zone


  • Argyll Metals Limited has signed an exclusive Prospecting Agreement encompassing 12 square km at Bragleenmore


Bragleenmore

  • Filtering out lower end noise defines the VTEM anomalies well. The occurrences of outcropping and float potassic altered hornblende-porphyry are all spatially related to the main Bragleenmore VTEM anomaly. 
  • The two isolated anomalies NW of Loch Scammadale are close to epithermal qtz-carb-base metal veinlets and pyritic alteration previously identified. 
  • The anomaly 1.5km south of Bragleenmore is interpreted to be a replacement style sulphidic mineralisation within the local limestone formation. 
  • Bragleenmore samples represent peripheral porphyry Cu mineralization with k-silicate part overprinted by propylitic alteration
  • As a potential analogy, EM anomalies sourced by 10-15% sulphide stockwork mineralization occur at the Resolution and Collahuasi Cu-Mo porphyry deposits
  • Geophysical modelling indicates the potential for  porphyry related sulphide stockwork mineralization at <150m depth extending to 600m depth underlying Lorne Plateau Volcanic cover

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