ASX Release: 14 October 2010 ASX Code: VMC MURCHISON URANIUM AND BASE METALS PROJECT SIGNIFICANT COPPER ZINC EXPLORATION TARGET OUTLINED BY CSIRO RESEARCHERS AT YARLOO WELL The Directors of Venus Metals Corporation are pleased to announce significant results from the Companies co‐funded CSIRO reconnaissance water bore sampling program recently completed in the North West Murchison Uranium and Base Metals project. • Results from a groundwater sample collected at Yarloo Well by CSIRO researchers have given strongly elevated Cu (466 ppb) and Zn (540 ppb) values. The CSIRO researchers report that “The groundwater is more saturated with respect to these secondary copper minerals than any other sample previously collected in the northeast Yilgarn regional groundwater. The Yarloo Well groundwater chemistry is similar to that found in groundwaters near the Jaguar VMS deposit,” located 300 km north of Kalgoorlie, WA. Venus Metals has 5 tenement applications totalling 1429 sq km in the northwest Yilgarn Craton covering exploration targets for uranium and base metals (Figure 1 and Figure 2). In July 2010, CSIRO researchers in collaboration with Venus Metals collected 86 shallow groundwater samples (from established wells and water bores, (Figure 2 and Figure 3) for hydrogeochemical analysis and mineral exploration interpretation over Venus Metals tenements in the area. The CSIRO researchers believe that “Ground water interacts with mineralised rocks and creates a geochemical signature that may be much greater in size than the mineral deposit as the ground water is more mobile than the surrounding minerals”. Samples were collected and analysed according to the methods in Noble and Gray (2010). QA/QC was ensured using duplicates (inserted 1 in 15) and a contamination parameter determined from previous work on groundwater of the northern Yilgarn (Gray et al., 2009). Mineral saturation indices were created using PHREEQE and Geochemists Workbench. Please Direct Enquiries to: Matthew Hogan Managing Director Ph: 08 9321 7541
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ASX Release: 14 2010 Code: URANIUM AND BASE METALS …media.abnnewswire.net/media/en/docs/63947-ASX-VMC-509453.pdf · Gray, David J., Noble, Ryan R.P. and Reid, Nathan (2009). Hydrogeochemical
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ASX Release: 14 October 2010 ASX Code: VMC
MURCHISON URANIUM AND BASE METALS PROJECT SIGNIFICANT COPPER ZINC EXPLORATION TARGET OUTLINED BY
CSIRO RESEARCHERS AT YARLOO WELL The Directors of Venus Metals Corporation are pleased to announce significant results from the Companies co‐funded CSIRO reconnaissance water bore sampling program recently completed in the North West Murchison Uranium and Base Metals project.
• Results from a groundwater sample collected at Yarloo Well by CSIRO researchers have given strongly elevated Cu (466 ppb) and Zn (540 ppb) values. The CSIRO researchers report that “The groundwater is more saturated with respect to these secondary copper minerals than any other sample previously collected in the northeast Yilgarn regional groundwater. The Yarloo Well groundwater chemistry is similar to that found in groundwaters near the Jaguar VMS deposit,” located 300 km north of Kalgoorlie, WA.
Venus Metals has 5 tenement applications totalling 1429 sq km in the northwest Yilgarn Craton covering exploration targets for uranium and base metals (Figure 1 and Figure 2). In July 2010, CSIRO researchers in collaboration with Venus Metals collected 86 shallow groundwater samples (from established wells and water bores, (Figure 2 and Figure 3) for hydrogeochemical analysis and mineral exploration interpretation over Venus Metals tenements in the area. The CSIRO researchers believe that “Ground water interacts with mineralised rocks and creates a geochemical signature that may be much greater in size than the mineral deposit as the ground water is more mobile than the surrounding minerals”. Samples were collected and analysed according to the methods in Noble and Gray (2010). QA/QC was ensured using duplicates (inserted 1 in 15) and a contamination parameter determined from previous work on groundwater of the northern Yilgarn (Gray et al., 2009). Mineral saturation indices were created using PHREEQE and Geochemists Workbench. Please Direct Enquiries to: Matthew Hogan Managing Director Ph: 08 9321 7541
Elemental and mineral saturation data were mapped and compared to the regional groundwater of the adjacent northeast Yilgarn Craton (Gray et al., 2009). Elevated groundwater uranium was found in the Yarloo Well and Meka project areas (Figure 1 and Figure 2) with this signature being similar to groundwater signatures observed around calcrete hosted U prospects in the northeast Yilgarn Craton. Significantly, the sample collected at Yarloo Well has strongly elevated Cu and Zn values. CSIRO researchers report that “The groundwater is more saturated with respect to these secondary copper minerals than any other sample previously collected in the northeast Yilgarn regional groundwater. The Yarloo Well groundwater chemistry is similar to that found in groundwaters near the Jaguar VMS deposit,” located 300 km north of Kalgoorlie, WA. A recent ground inspection by Company geological consultants at Yarloo Well revealed sheared “mafic greenstone” lithologies in spoil material around the well, indicating shallow bedrock in the well area. Regional geological and aeromagnetic data at Yarloo Well (Figure 3 and Figure 4) also indicate potential prospective geology in the Yarloo Well area. Small copper mines with abundant secondary copper minerals are located within mafic lithologies at Twin Peaks, approximately 10 km northwest of Yarloo Well. The CSIRO sample results warrant thorough follow up exploration work, with the potential prize being a significant blind VMS copper zinc discovery in the Yarloo Well area.
Gray, David J., Noble, Ryan R.P. and Reid, Nathan (2009). Hydrogeochemical Mapping of Northeast Yilgarn Groundwater. Geological Survey of Western Australia Record 2009/21. ISBN 978‐1‐741468‐280‐9. 71 p + accompanying CD. http://geodocs.doir.wa.gov.au/viewer/multipageViewerAction.do?documentId=294100&viewMarkId=0&ct=true&at=none&btv=true&atv=false&vmtv=false&ac=ff0000&cabinetId=1101&pg=0&scl=64&bds=0|0|2560|3584
Ryan R.P Noble and David J.Gray. (2010) Hydrogeochemical methods for exploration in Western Australia. Explore,146. http://www.appliedgeochemists.org/PDF_Files/ExploreNewsLetter/Explore,%20Number%20146%20March%202010.pdf Competent Person Statement The information in this report that relates to Exploration Results, Mineral Resources or Ore Reserves is based on information compiled by Mr Barry Fehlberg, who is a Member of The Australasian Institute of Mining and Metallurgy and is a Senior Expert Exploration Advisor of the Company. Mr Fehlberg has sufficient experience which is relevant to the style of mineralisation and type of deposit under consideration and to the activity which he is undertaking to qualify as a Competent Person as defined in the 2004 Edition of the Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves.. Mr Fehlberg consents to the inclusion in the report of the matters based on his information in the form and context in which it appears.
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