TORONTO, Feb. 27, 2020 (GLOBE NEWSWIRE) — MacDonald Mines Exploration Ltd. (TSX-V: BMK) (“MacDonald Mines”, “MacDonald” or the “Company”) is pleased to announce a strong start to its 2020 definition drilling program in the North Pit area. Hole SM-20-026 intersected 59.2 g/t gold over 19.07 metres (m) in the Bristol Structure, 18 metres north-east of the intersection of 52 g/t gold over 12 metres in SM-19-001 (see Sept. 26, 2019 News Release). The on-going 2020 drilling program is well underway with 9 holes drilled so far. Results will be released as they are received.
“The first hole of our 2020 drilling program confirms the presence of significant high-grade gold mineralization in the North Pit area of the Scadding Deposit. Holes SM-19-001 and SM-20-026 indicate continuity for a zone of exceptionally high-grade gold mineralization discovered in the North Pit area. This reinforces the potential for a near-surface high-grade gold resource in the North Pit area as our on-going 2020 drilling program continues to expand the footprint of gold mineralization.”
Quentin Yarie, MacDonald’s President and CEO
Table 1. Assay highlights from reported hole
|Hole||From (m)||To (m)||Length* (m)||Gold (g/t)||Silver (g/t)||Structure|
* Assay results presented over core length. They are estimated to represent 75-85% true width.
Table 2. Coordinates of reported hole
|Hole ID||Easting||Northing||Elevation||Azimuth||Dip||Depth (m)|
Hole SM-20-026 was testing the continuity of high-grade mineralization in the Bristol/Monaco structure down-dip of the high-grade intersection of 52 g/t gold over 12 metres in SM-19-001. Hole SM-20-026 successfully intersected the extension of that high-grade zone. Comparable to SM-19-001, the chlorite zone in SM-20-026 is comprised of strong chlorite alteration with low sulfide content and is cut by numerous dark-grey quartz stringers and one larger quartz vein rich in pyrrhotite. MacDonald believes that these quartz stringers, that can be rich in very coarse-gold, contribute to the formation of exceptionally high-grade mineralization in the chlorite zones of the Scadding Deposit.
On-site Quality Assurance/Quality Control (“QA/QC”) Measures
Drill core samples were transported in security-sealed bags for analyses to Bureau Veritas in Timmins, Ontario. Individual samples are labeled, placed in plastic sample bags and sealed. Groups of samples are then placed into durable rice bags and then shipped. The remaining coarse reject portions of the samples remain in storage in case further work or verification is needed.
MacDonald has implemented a quality-control program to comply with best practices in the sampling and analysis of drill core. As part of its QA/QC program, MacDonald inserts external gold standards (low to high grade) and blanks every 20 samples in addition to random standards, blanks, and duplicates. All samples over 10 g/t gold or the samples with abundant visible gold are analyzed by 1 kilogram metallic screen.
SPJ Property highlights
Historically, the Scadding Mine produced 914 kilograms of gold from 127,000 tonnes of mineralized material grading 7.2 g/t (OFR 5771). MacDonald’s reinterpretation of the geological model at the Scadding Deposit and larger SPJ property indicates that it could host a gold-rich Iron-Oxide-Copper-Gold deposit and that significant gold structures may have been missed by previous operators’ drilling campaigns (2009-2011).
Quentin Yarie, P Geo. is the qualified person responsible for preparing, supervising and approving the scientific and technical content of this news release.
About MacDonald Mines Exploration Ltd.
MacDonald Mines Exploration Ltd. is a mineral exploration company headquartered in Toronto, Ontario focused on gold exploration in Canada. The Company is focused on developing its large SPJ Project in Northern Ontario.
The Company’s common shares trade on the TSX Venture Exchange under the symbol “BMK”.
For more information, please contact:
Quentin Yarie, President & CEO, (416) 364-4986, email@example.com
Or Mia Boiridy, Investor Relations, (416) 364-4986, firstname.lastname@example.org