Adamera Minerals Corp. · TSXV:ADZ
Adamera Minerals — Investor Presentation (March 2013)
25 slides from Adamera Minerals's investor presentation, March 2013
Slide 1: Hepburn: IOCG Copper/Silver Project
HEPBURN: IOCG COPPER/SILVER PROJECT March 2013
Slide 2: Hepburn Project Location, NWT/NU Canada
Hepburn Project Location, NWT/NU Canada HEPBURN IOCG 9 M Oz Gold Deposit 17.3 M T 3.4% Zn, 2.3% Cu, 0.3% Pb & 1 g/t Au 14.8 M T 13% Zn, 2.5% Cu, 1% Pb & 70.5 g/t Ag 8.4 M T 0.8% Cu, 3.2 g/T Ag 21.8 M T 1.08 g/T Au, 0.16% Bi, 0.13% Co
Slide 3: Target Opportunities/IOCG Deposits
Target Opportunities/IOCG Deposits Iron Oxide Copper Gold (IOCG) Ore bodies range from 10 million to 8 billion tonnes and can have grades between 0.2 to 5% copper. They commonly produce important by-products such as gold, silver, uranium and bismuth. Deposit Size Copper Gold Silver Bismuth Cobal
Slide 4: Prominent Hill IOCG Example
Prominent Hill IOCG Example Area Map show Australia location Prominent Magnetic High
Slide 5: Prominent Hill IOCG / Gravity and Magnetics
Prominent Hill IOCG / Gravity and Magnetics Deposit Outline of main copper-gold hematite breccia and halo of gold-only mineralisation. Copper intercepts >1% (red) Gold intercepts >1 g/t (yellow) 1 km
Slide 6: Hepburn as an IOCG Target
Hepburn as an IOCG Target Typical Geological Setting Hepburn Major structures Wopmay structure (400 km) and areas of local faulting and brecciation Favourable age Proterozoic age rocks (~1.9 Ga) Oxidizing geological environment Large regional magnetic anomaly; high content of magnetite and hematite
Slide 7: Regional Geology/Structure/Location
Hepburn Regional Geology/Structure/Location The Wopmay Fault Zone A major extensional deep seated structure along the Great Bear Magmatic Zone 100’s of kilometres long Is the boundary between Archean and Proterozoic crust Proterozoic age (~1.9 Ga) HEPBURN CAMP Fully permitted camp holds 12-14
Slide 8: Oxidizing Geological Environment
Oxidizing Geological Environment Regional Zones of Oxidation Increased magnetic intensity on western side of Main Target Area Wopmay Fault Local high levels of hematite and magnetite mineralization
Slide 9: Regional Geology and Magnetics
Regional Geology and Magnetics Regional Airborne Regional Geology High intensity magnetics Major regional structures Favourable host rocks
Slide 10: Stacked IP Pseudo-Sections
Stacked IP Pseudo-Sections Pole- dipole IP / 24 line kms 200 metre line separation A spacing = 50 metres N =1-8 Anomalies = 15 – 20 msec Anomaly coincident with target felsic unit
Slide 11: Compilation Map with Copper Results and IP Anomalies
Compilation Map with Copper Results and IP Anomalies Alteration zones include Historic 1997 Drill holes potassium, chlorite, 2 holes only sericite, magnetite and 2.4% Cu, 99g/T Ag over 4.7m hematite 1.8% Cu, 78g/T Ag over 5.5m Limited exposure due to swamps and lakes to WNW
Slide 12: Compilation Map with Silver Results and IP Anomalies
Compilation Map with Silver Results and IP Anomalies Alteration zones include Historic 1997 Drill holes potassium, chlorite, 2 holes only sericite, magnetite and 2.4% Cu, 99g/T Ag over 4.7m hematite 1.8% Cu, 78g/T Ag over 5.5m Limited exposure due to swamps and lakes to WNW
Slide 13: Key Attributes: Zones of Brecciation
Key Attributes Zones of Brecciation Quartz/calcite veining Quartz/calcite veining cement Hematite and K-spar alteration Limited exposure due to swamps and lakes to WNW
Slide 14: Hydrothermal Alteration
Hydrothermal Alteration Hem+Mag+Sil Sil
Slide 15: Hydrothermal Alteration
Hydrothermal Alteration Magnetite/Hematite Alteration Potassium/Hematite alteration in brecciated host rock
Slide 16: Hydrothermal Alteration
Hydrothermal Alteration Magnetite, specularite, qtz/cc veins within potassically Magnetite, specularite, qtz/cc veins within altered host rock potassically altered host
Slide 17: Hydrothermal Alteration/Copper staining
Hydrothermal Alteration/Copper staining
Slide 18: Hydrothermal Alteration Along Structures
Hydrothermal Alteration Along Structures DDH See next slide Radiometric (Uranium) Signature/Structure/Alteration
Slide 19: Hydrothermal Alteration
Hydrothermal Alteration North NorthPotassic Alteration Hematite Zone Alteration Potassic, Zone chlorite, sericite, magnetite and hematite South SouthPotassic Alteration Hematite Zone Alteration Potassic, Zone chlorite, sericite, magnetite and hematite Radiometric (Uranium) Signature/Structure/Altera
Slide 20: Schematic Map of Alteration/Drill Hole Location Looking WNW
Schematic Map of Alteration/Drill Hole Location Looking WNW
Slide 21: Alteration Zones & Magnetic Signature
Alteration Zones & Magnetic Signature North NorthPotassic Alteration Hematite Zone Alteration Potassic, Zone chlorite, sericite, magnetite and hematite South SouthPotassic Alteration Hematite Zone Alteration Potassic, Zone chlorite, sericite, magnetite and hematite
Slide 22: Geochemical Association
Geochemical Association South Zone North Zone Sample Copper Silver Gold Uranium Bismuth Sample Copper Silver Gold Uranium (%) (g/T) (g/T) (ppm) (%) (%) (g/T) (g/T) (ppm) 1 19.8 72 0.072 0.169 1 40.2 197 0.635 2 7.6 32.5 0.216 0.124 2 30.9 133 0.151 3 5.8 31.1 0.15 0.0356 3 23.4 116 0.202 4 4.1 123 0
Slide 23: Drill Results / Historic
Drill Results / Historic 3.25m of 2.83% Cu, 270.6 g/T Ag a 2.5m | 3m |! 3m 1 , Ore i] 1 1 1 ,; Zone , 5.5m of 1.8% Cu, 78.02 g/T Ag (including 4.13m of 2.4% Cu, 103.91 g/T Ag) 1.69m of 1.5% Cu, 4.8 g/T Ag 4.71m of 2.4% Cu, 99 g/T Ag (including 2.07m of 4.11% Cu, 203.4 g/T Ag) 5.72m of 1.1% Cu, 2.32
Slide 24: Porphyry Cu, Cu-Mo, Cu-Au deposit grade vs tonnage
- @ ® Porphyry Cu, Cu-Mo, Cu-Au © Porphyry Au Cu (%) Au (g/tonne) 0.0 ——_--~ 0.01 0.1 Geological resources, tonnage (10°t) T TTT ry a sm a J | T TT 1.0 10 100 1,000
Slide 25: Diversified Project Portfolio Positioned as JV Opportunities
Diversified Project Portfolio Positioned as JV Opportunities For further information please contact : Adamera Minerals Suite 1100-1111 Melville Street Vancouver, British Columbia V6E 3V6 Tel 604.689.2010 Dir 604.484.7143 Fax 604.484.7143 Cel 604.561.5668 Email [email protected] www.adamera.com AD
Adamera Minerals — Investor Presentation (March 2013) on 6ix