BAY..Seal/zinc deposit, sitting at tide water on the NWP...Recall couple months back i mentioned here about the Satalite picking up activity in NWP...
..This week we read in news,.. Russian submarines are also operating off both coasts as Moscow seeks to demonstrate its ability to strike Canada and the United States, said Lt.-Gen. Alain Pelletier, the deputy commander of the North American Aerospace Defence Command.
....I told you months ago, about the Seal zinc Peninssula high grade sitting on shore deflecting the Satelites , now we read the Euro and Can signing Satalite agreements..
./.Look here at slide ,..Notice only a few drill holes here ,,and their averaging 220 pounds per ton...zinc...
...Dr. Broughtion,. traced the zinc rate back to the 3500 zone...The theory here is that the zinc deposit sits under the copper deposit seeing the two formations...The ShipPoint formation here in dark grey,Notice the small red strip here as this small area shows 1million tons at 200 pounds zinc per tn...
..Dr.Broughton traced the zinc down to the Seal South seen here on slide..
..As at Seal, the mineralised pseudobreccia in AB180-06B is considered analogous to pseudobreccia present at the Polaris deposit, where it occurs as a lateral hydrothermal alteration equivalent to ore. The discovery of mineralised pseudobreccia at Seal South in the Turner Cliffs Formation is interpreted as a favourable indicator of hydrothermal alteration and the potential for additional stratiform zinc mineralisation in vicinity of Seal.
The last hole of the 2018 Seal program, AB18-08, was collared 100 m southeast along strike from AB18-06B. It intersected, at a similar position in the Turner Cliffs Formation, a 1m zone of sphalerite mineralisation from 132.0 to 133.0m grading 0.16% Zn, within a broader zone of weak mineralisation. Core recoveries in the zone were poor, only 38% in the specified interval.
The remaining ~700m strike length of the S12 gravity anomaly is untested and is a promising drill target for 2019. Four additional priority anomalies, S13 – S16, occur in close proximity to the Seal deposit (Figure 8) and also are untested, as are several other anomalies at Seal North (see August 1, 2018 press release).
NI 43-101 MINERAL RESOURCE ESTIMATE
2018 Technical Report on Seal Zinc Deposit
During the 2018 fiscal year, Aston Bay completed an initial mineral resource on its 100% owned Seal Zinc deposit. The deposit is a stratabound body hosted in sandy dolostone and sandstone within a thick section of Paleozoic dolostones, and was discovered by Teck in the mid-1990s. The Seal Zinc deposit is approximately 30 km to the west of the high-grade Storm Copper prospect.
The Seal Zinc deposit is estimated to contain 1.006 million tonnes (“Mt”) at a grade of 10.24% zinc and 46.5 grams per tonne (“g/t”) silver, using a cutoff of 4.0% zinc equivalent. The estimate is based on diamond drilling conducted by Teck in 1995-96 and Noranda in 2001.
Known mineralization has a thickness of up to 20 m, extends for over 400 m along strike and 50 to 100 m down-dip, and is partially fault-bound. Seal Zinc is interpreted to be a Mississippi Valley–type (“MVT”) deposit, with geological similarities to the Polaris deposit located to the north in the same Paleozoic dolostone succession. A large hydrothermal “pseudobreccia” alteration zone in the footwall of the deposit contains minor zinc mineralization and probably represents the feeder zone. MVT deposits are known to occur in clusters, and Aston Bay believes there is exploration potential along strike for discovery of additional mineralization.
The report titled “Initial Mineral Resource Estimate and Technical Report for the Seal Zinc Deposit, Nunavut Property, Somerset Island, Nunavut” is effective as of October 6, 2017 and signed January 17, 2018 (the “Technical Report”). The Technical Report was authored by independent Qualified Persons at P&E Mining Consultants Inc., and is in accordance with National Instrument 43-101 – Standards of Disclosure for Mineral Projects. The Technical Report is available at the bottom of this webpage and at www.sedar.com under the Company’s profile.
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