QUEBEC CITY, Jan. 21, 2019 (GLOBE NEWSWIRE) — Komet Resources inc. (TSX-V: KMT) (“Komet” or the “Company”) is pleased to report an initial mineral resource estimate for the Kabaya gold prospect drill prospect, located in the southern part of its Dabia Sud exploration permit (“the Property”) in Western Mali, West Africa.
Highlights of the Resource Estimate include :
- An Indicated Resource of 3.17 million tonnes (Mt) grading 1.03 g/t for 105,000 contained gold ounces and an Inferred Resource of 0.96 Mt grading 1.14 g/t for 35,000 contained gold ounces at a cut-off grade of 0.40 g/t Au (table 1).
- The pit constrained resource is based on optimized pit shells using a gold price of 1350 US$ and a presumed heap leach gold recovery of saprolite ore.
- Gold mineralization at Kabaya remains open at depth in bedrock and laterally to the south-west and north-west.
- Komet intends to continue the resource definition drilling program in order to further develop the resource laterally in saprolite and at depth in bedrock.
Table 1 : Pit-constrained Indicated and Inferred Resources estimates as reported by SGS
|Classification||Tonnage (Mt)||Au (g/t)||Ounces (koz)|
|1.||Effective date for resources is January 7, 2019.|
|2.||The independent QP for this resources estimate is Yann Camus, Eng., SGS Canada Inc.|
|3.||The mineral resources are presented at a 0.4 g/t Au cut-off grade in pits.|
|4.||The resources are presented without dilution.|
|5.||Whittle pits have been utilized based on a gold value of US$1,350/oz.|
|6.||Mineral resources that are not mineral reserves do not have demonstrated economic viability.
This disclosure does not include economic analysis of the mineral resources.
|7.||No economic evaluation of the resources has been produced.|
|8.||This Resource Estimate has been prepared in accordance with CIM definition (2014).|
|9.||Density used is of 1.7 tonnes/cubic metre based on measurements and similar projects.|
|10.||Capping grade is of 30 g/t Au on original assays.|
L. Werner Claessens, CEO states : “Komet is pleased to report a maiden resource estimate for the Kabaya Prospect. The resource block model suggests excellent potential for significant extensions of the gold deposit at depth and laterally to the south-west and north-west. This exploration success clearly warrants the continuation of the drill program in order to further expand resources. Moreover the same approach of systematic exploration will be implemented for the other large gold-in-soil anomalies in the north and east parts of the Dabia Sud property with the objective of discovering new gold deposits. From a mining point of view a heap leach scenario is the most viable option to potentially mine this saprolite resource as a startup project”.
Kabaya Resource Estimate
The Kabaya resource estimate is based on analytical data from trenching and several drill campaigns realized in 2012-2013-2014, 2017 and 2018. Five trenches (4 of them East-West and 1 North-South) totalling 515 m, were realized in 2012-2013. All drilling was performed along east-west oriented lines with shallow drill holes inclined 50° to the west and consisted of 91 aircore holes, totalling 5,256 m and 91 RC drill holes, totalling 7,274 m. The database does not include the quality control samples consisting of duplicates, blanks and standards samples, which returned variations within acceptable limits.
The Kabaya gold resource modeling and estimate was independently realized by Yann Camus, P. Eng., SGS Canada Inc. (SGS Geological Services; Blainville, Québec, Canada), a Qualified Person as per NI 43-101 Standards, with reasonable prospects for eventual economic extraction. The estimate was completed at a variety of cut-off grades by SGS Geological Services and the details are presented in the table below :
Table 2 : Pit constrained mineral resource sensitivity as per lower cut-off grade (COG)
|COG||Classification||Tonnage (Mt)||Au (g/t)||Ounces (koz)||Note|
|1.||All base case footnotes apply to this table (see table 1).|
The Current Resource block model was prepared using the Genesis© mining software. Interpolation was performed using inverse square distance (ID2) in 3 estimation passes with 33 different search ellipses of 11 different orientations which were adapted for the orientation of the deposit. The block model was then fed to GEOVIA’s Whittle™ software to provide a pit-constrained Mineral Resource Estimate. The parameters used to generate the optimized pit are listed below in Table 3.
A modeling cut-off grade of 0.2 g/t Au, a minimum thickness of 3 meters and a minimum accumulation of 1 m.g/t were used to delineate mineralized volumes. In all, 18 mineralized volumes were interpreted and modelled from this data. A total of 118 drill holes and 4 trenches intersect the mineralized volumes. The 1,009 three-meter composites average 1.02 g/t Au (uncapped) and 0.96 g/t Au (capped). The capping was applied to the assays at a grade of 30 g/t. Only 8 assays were capped on a total 2,986 assays in the mineralized zones (0.3% of the assays were capped). The gold loss due to the capping is of 4% for the base case resource. Densities are based on other similar projects and mineralization located in Mali and measurements of 14 field samples. A density of 1.70 t/m3 was used for all the saprolitic mineralization.
The block model has a block size of 5 x 6.25 x 3 metres. Estimation was done by inverse distance squared with ellipsoid influenced distances. A total of 18 separate volumes were estimated with 10 composite sets. Three estimation passes were used with ellipsoids of 25 x 25 x 6 metres, 45 x 45 x 12 metres and 100 x 100 x 30 metres.
The first pass uses a minimum of 5 and a maximum of 6 composites, with a limit of 2 per drill hole. The second pass uses a minimum 7 and a maximum of 8 composites, with a limit of 3 per drill hole. The third pass uses a minimum 1 and a maximum of 8 composites, with a limit of 3 per drill hole. The smoothing of the estimation is adequate. The inferred resource category based on a drilling grid between 30 m and 60 m and the indicated category has been given for mineralization with a drilling grid of 30 m. Mineralized volumes with 2 intercepts or less have been forced to inferred. The current mineralized volumes with indicated resources have a minimum of 4 intercepts.
Table 3 : Whittle Pit Parameters
|Parameter||Value (all values are US$)|
|Mining Cost, Ore & Waste||$1.50 per tonne|
|Tailings Cost||$0.25 per tonne of mill feed|
|Gold Prices||$US 1350 per ounce|
|Selling Cost||$12.50 per ounce|
|Diluting Grade||0 g/tonne|
|Processing Cost||$4.50 per tonne|
|G&A||$2.50 per tonne of mill feed|
|Waste Reclamation Cost||$0.25 per Cubic Metre|
|Average Slope Angle||45°|
|Resulting economical cut-off grade||0.23 g/t|
Dabia Sud Property Geology
The 35 km² large Dabia South Exploration Permit is located in the southeastern part of the Paleoproterozoic Kedougou-Kenieba inlier, covering eastern Senegal and western Mali. This region is underlain by folded and sheared sequences of metasedimentary and metavolcanic facies, which are intruded by felsic and mafic plutons. The region’s structural pattern is predominantly drawn by the north-south oriented regional Senegal-Mali Shear Zone (“SMSZ”) and its associated northeast-trending splay structures, which are spatially related to several major gold deposits such as Fekola, Loulo, Gounkoto and Sadiola.
Past exploration programs, carried out by other companies in the Dabia area, identified geochemical features and litho-structural settings which demonstrated the potential for the discovery of gold mineralized systems. The soil survey performed by Ashanti Mali SA (1997), and completed by Robex over the eastern part of the Dabia permit area (2007) revealed interesting gold anomalous zones in the southern (vicinity of the village Kabaya), eastern and northern (Wallia) areas of the Property. An early exploration trench and drill campaign initially intercepted gold mineralization underneath the Kabaya cluster of soil geochemistry anomalies. The last RC drilling campaigns, realized by Komet (see news releases of August, 23rd 2017 and September 6th, 2018), extended the drill grid north and south of the initial Kabaya prospect and infill drilling completed the drill grid pattern. Drilling defined economic gold mineralization with good grade continuity in the thick weathered rock profile (saprolite) to a vertical depth of 65 m. Two mineralized zones were identified, Kabaya main and Kabaya southwest, stretching at the surface over lengths of respectively 350 m and 150 m. The gold mineralization remains open at depth in bedrock, underneath the saprolite layer, and laterally to the north-west and to the west of the Kabaya southwest zone. The results of a ground gravimetric survey, realized in 2014, suggest a shear zone controlled geological context. The Kabaya gold occurrence could probably be associated with one of the splay structures of the major Senegal-Mali regional shear structure. Study of drill cuttings, artisanal gold pits and rejects and a few rare outcrops provide indications for a geological setting of quartz-vein stockwork and veinlets in a strongly weathered volcano-sedimentary succession.
Follow-up Exploration Drill Program
The company has the intention expanding the Kabaya resource with further drilling around the established block model of the deposit, specifically to test for additional gold mineralization at depth and laterally to the north-west and south-west.
During and after the next drilling campaign a metallurgical program will be designed to determine the mineralogical, metallurgical and communition properties of representative saprolite and bedrock drill rock samples.
Furthermore an auger drill geochemistry survey is planned to test the soil geochemistry anomalous features in the north and center parts of the property. Subsequently exploration RC drilling will be carried out to identify potential new resource zones.
Analysis and Quality Control
Drilling supervision and sampling at the drill site were performed by Komet’s qualified technical staff, supervised by Jacques Marchand, P.Geo. Sample preparation, analytical testing and reporting of quantitative assays for the results reported in this press release were realized independently by the SGS Laboratory in Bamako, Mali in 2017, 2018 and the ALS Laboratory in Bamako, Mali in 2012, 2013 and 2014. Fifty grams of pulverized material was analyzed for gold via Fire Assay with an atomic absorption spectroscopy (AAS) finish. A system of blanks, standards and duplicates were added to the sample stream to verify accuracy and precision of assay results, supplementing a variety of internal quality assurance/quality control (QA/QC) tests performed by SGS. The QA/QC program and the processing of results was designed by Pascal van Osta, P.Geo according to NI 43–101 regulation standards and best industry practices.
The independent qualified person for this Press Release, as defined by NI 43-101 guidelines, is Yann Camus P. Eng., of SGS Canada Inc. – Geological Services (“SGS Geological Services”), who has approved the technical information disclosed in this press release. The effective date of the resource estimate is January 7th, 2019. Other scientific and technical content related to drilling in this news release is approved by Mr. Pascal van Osta, P.Geo., Vice President Exploration.
Figures presenting location of the property, drill grids and the resource block model can be found on the company’s website. A NI 43-101 compliant Technical Report will be published within 45 days of this press release and filed on SEDAR.
For more Information on Komet Resources inc.:
Lucas Werner Claessens
Chief Executive Officer
Email: [email protected]
Carl Desjardins, Relations publiques Paradox inc.
Email: [email protected]
About Komet Resources
Komet Resources Inc. is a Canadian-based gold mining and exploration company, listed on the TSX-V, with a focus on exploration and production at its projects in Burkina Faso and Mali, West Africa.
Quality Assurance / Quality Control
The drill program and sampling protocol were managed by Komet under the supervision of Jacques Marchand, P.Geo.The reverse Circulation drill holes are drilled at 4-inch sizes. After the cyclone, the entire material corresponding to 1 m interval is collected and divided with a Jones Riffles splitter type to get a 2–3 kg sample. Analytical testing and reporting of quantitative assays for the Kabaya results reported in this press release was performed independently in 2017 and 2018 by SGS Mineral Mali SARLU accredited by SANAS and conforms to the requirements of ISO/IEC 17025:2005 for specific tests as indicated on the scope of accreditation to be found at http://sanas.co.za/. Gold analyses reported in this release was performed by standard fire assay (FA505) using a 50-gram charge with atomic absorption finish and in 2012-2013-2014 by the ALS Mali SARL Laboratory Group, certification ISO 9001:2015 for survey/inspection activity and ISO 17025:2005 UKAS ref 4028 for laboratory analysis. A system of blanks, standards and duplicates were added by the Company to the sample streams to verify accuracy and precision of assay results, supplementing a variety of internal QA/QC tests performed by SGS Minerals. The samples were securely transported by Komet personnel from the project site to the SGS sample preparation facility in Bamako, Mali.
Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release. This press release contains statements that may constitute “forward-looking information” or “forward-looking statements” as set out within the context of security law. This forward-looking information is subject to many risks and uncertainties, some of which are beyond Komet’s control. The actual results or conclusions may differ considerably from those that have been set out, or intimated, in this forward-looking information. There are many factors which may cause such disparity, especially the instability of metal market prices, the results of fluctuations in foreign currency exchange rates or in interest rates, poorly estimated resources, environmental risks (stricter regulations), unforeseen geological situations, unfavourable extraction conditions, political risks brought on by mining in developing countries, regulatory and governmental policy changes (laws and policies), failure to obtain the requisite permits and approvals from government bodies, or any other risk relating to mining and development. There is no guarantee that the circumstances anticipated in this forward-looking information will occur, or if they do occur, how they will benefit Komet. The forward-looking information is based on the estimates and opinions of Komet’s management at the time of the publication of the information and Komet does not assume any obligation to make public updates or modifications to any of the forward-looking statements, whether as a result of new information, future events, or any other cause, except if it is required by securities laws.
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