Sama Resources (SME-V) Jan 19, '17 announces that the Company has delineated two very strong conductors at the Samapleu and Grata properties using down-hole geophysical surveys ("DHTEM") in Ivory Coast, West-Africa.
The geophysical testing was completed on December 19, 2016 by Abitibi Geophysics of Val D'Or, Canada and tested the 620 meter ("m") SM34-564718 drill hole at the Samapleu main deposit and the recently drilled 342 m GR72-787708 drill hole at the Grata property.
The company's exploration objective is to delineate massive sulphide reservoirs that could be the source of high grade nickel ("Ni") copper ("Cu") palladium ("Pd") lenses intercepted in shallower drill holes at the Samapleu deposits.
At Samapleu, drill hole SM34-564718 tested a pipe-like intrusion at depth and intercepted more than 200 meters of ultramafic layers with disseminated sulphide (420 m - 620 m) and terminated within the ultramafic complex. The drill hole is located 150m from another hole (SM44-693140b) which intercepted 91 m of ultramafic sequence (with mineralization up to 6.55% Cu) and included 3.4 m of 1.12% Ni, 0.50% Cu and 1.61gpt Pd (intercepted at the bottom of the drill hole which suggested that the mineralization may continue at depth).
The DHTEM at SM34-564718 suggests the presence of two high intensity conductors (refer to table below).
The Grata Permit is located adjacent to the north-eastern boundary of the Samapleu exploration permit (PR 123). Sama believes that ultramafic sequences of the recently outlined large Yacouba Layered Complex which hosts the Samapleu nickel-copper-palladium deposits, are extending within the Grata Permit and as such represent a prime target for nickel-copper-palladium mineralization. The drill hole GR72-787708 terminated at 342 m and intersected the Yacouba complex sequence including fractured pyroxenite and gabbro with sulphide mineralization as fractures filling between 180 and 187 meters.
The DHTEM at GR72-787708 suggests the presence of a high intensity off-hole conductor just below the drill hole (refer to table below).
The Table below summarizes the DHTEM results and conductors outlined.
| | | | | | | | Time constant (Tau) | | | Hole ID | Modelled plates | 0-1=weak | Comments | | | | 1-3=moderate | | | | | 3+=high | | | | | | | | | GR72_A1_Weak | 0.1 ms, very weak | A small, weak conductor appears to have been intersected by the hole. This does not appear to be a significant target for follow-up | | | | | | | | | | | | | GR72_B1_Target | 5 ms, strong | A large, strong conductor appears to sit below the hole and slightly to the north. The response is centred around 200m, and is likely to sit in the same broad conductive horizon identified as GR72_C. This is a very good target for follow-up and drilling parameters to test this target are recommended in Table 2. | | GR72-787708 | | | | | | | | | | | GR72_C1_CondHorizon | 4 ms, strong | A broad conductive zone appears to be causing a response throughout the entire hole. This long-wavelength response appears to be attributable to a sub-vertical conductive horizon that crosses the hole somewhere around 200 m (although the exact intersection point is not well defined due to the stronger response from GR72_B in this vicinity). | | | | | | | | | | | | | SM34_A1_Weak | 0.1 ms, very weak | All three anomalies may sit in the same horizon, with responses at different times coming from different areas of the horizon.
The early time response, suggests that weaker conductance is located above the hole and to the east. This is not a recommended target location. | | | | | | | | | | | | SM34-564718 | SM34_B1_Target | 10 ms, very strong | All three anomalies may sit in the same horizon, with responses at different times coming from different areas of the horizon.
The shorter wavelength, late time response, suggests that a strong conductor was intersected and has some extension to the west of the hole. | | | | | | | | | | | | | SM34_C1_CondHorizon | 10 ms, very strong | All three anomalies may sit in the same horizon, with responses at different times coming from different areas of the horizon.
The longer wavelength, late time response suggests that this conductive horizon may extend further east and somewhat below the modelled target for SM34_B. | | | | | | | | | | |
These rare Pipe Like intrusions host the world's largest nickel-copper deposits like Jinchuan, 515 million tonnes ("Mt") at 1.06% nickel; Voisey Bay, 137Mt at 1.68% nickel; Kabanga, 52Mt at 2.65% nickel; Eagle, 4.5Mt at 3.33% nickel; Eagle Nest, 20Mt at 1.68% nickel; Kalatongke, 24Mt at 0.68% nickel and N'komati 2.8Mt at 2.08% nickel.
The technical information in this release has been reviewed and approved by Dr. Marc-Antoine Audet, P.Geo and President and CEO of Sama, and a 'qualified person', as defined by National Instrument 43- 101, Standards of Disclosure for Mineral Projects.
Stock Options Granted
The Company is pleased to announce that, pursuant to its Stock Option Plan and subject to regulatory acceptance, it has granted an aggregate total of 1,875,000 incentive stock options to certain directors, officers, employees and consultants of the Company, subject to certain vesting provisions. These options will be exercisable at a price of $0.085 per common share and will expire on January 17, 2027.
Sama is a Canadian-based mineral exploration and development company with projects in West Africa. For more information about Sama, please visit Sama's website at http://www.samaresources.com.
Sama Resources Inc./Ressources Sama Inc.
Dr. Marc-Antoine Audet
President and CEO
(514) 726-4158
Sama Resources Inc./Ressources Sama Inc.
Mr. Matt Johnston
Corporate Development Advisor
(604) 443-3835 or Toll Free: 1 (877) 792-6688, Ext. 5
www.samaresources.com |
