Scorpio Gold Announces Final Results from 2014 Drilling at the Mary LC Deposit, Mineral Ridge Project

Gold Investing

Scorpio Gold Corp. (TSXV:SGN) reported the final assay results from the 2014 drill program on the Mary LC deposit at the Mineral Ridge project in Nevada. According to Scorpio Gold management, results from the 2014 program will lead to an upgrade and expansion of the currently defined mineral resources for the Mary LC deposit and may potentially extend life of mine.

Scorpio Gold Corp. (TSXV:SGN) reported the final assay results from the 2014 drill program on the Mary LC deposit at the Mineral Ridge project in Nevada. According to Scorpio Gold management, results from the 2014 program will lead to an upgrade and expansion of the currently defined mineral resources for the Mary LC deposit and may potentially extend life of mine. Highlights include the intersection of 7.37 g/t gold over 1.83 meters.

As quoted in the press release:

Highlights of the final results from the 2014 expansion drilling on the Mary LC include:

  • MR14987: 2.03 grams per tonne (“g/t”) gold over 7.01 meters
  • MR14988: 7.37 g/t gold over 1.83 meters
  • MR141207: 1.24 g/t gold over 12.19 meters
  • MR141208: 1.81 g/t gold over 9.14 meters
  • MR141217: 1.56 g/t gold over 6.10 meters

All holes presented in Table 1 were completed by reverse circulation (“RC”) drilling with the exception of two core holes, MR14987-8. True width is estimated at 80-100% of downhole width. Analytical results were performed by American Assay Laboratory Inc. in Sparks, Nevada, an ISO/IEC 17025:2005 accredited facility. External check assays to verify lab accuracy are routinely completed by ALS Chemex, an ISO 9001:2000 certified and ISO/IEC 17025:2005 accredited facility. Further details are presented in the Company’s quality assurance and quality control program for the Mineral Ridge project at: MR QAQC.

Click here to read the Scorpio Gold Corp. (TSXV:SGN) press release
Click here to see the Scorpio Gold Corp. (TSXV:SGN) profile.

The Conversation (0)
×