Geophysics Report Received, Trenching Completed at Salinitas Project, Salinas Grandes, Northern Argentina
Vancouver, October 09, 2018 - A.I.S. Resources Ltd. (TSX-V - AIS, OTCQB: AISSF) (the "Company" or "AIS") is pleased to announce that the final TEM Geophysics report from Quantec with detailed analysis of the TEM profiles has been interpreted. Two major aquifer structures based on low resistivity values have been identified. During this past week (1-6 October, 2018) Phil Thomas, Exploration Director and CEO undertook a 20 trench sampling program using a 321C Caterpillar excavator to trench down to 5 metres at each point selected at the Salinitas JV Project in the Salinas Grandes Salar, Salta Province, Argentina. Ground water and brines were encountered in 19 out of 20 trenches. Ulexite (boron mineral that frequently occurs with lithium) was encountered in several trenches and was evident in an area approximately 1000sq m near trench 19.
The objective was to identify the types of sediments close to the surface with a specific resistivity and identify the porosity of this unit, e.g. stratigraphic units of green grey clays, sand, black volcanic sands, black shales or brown clays. The black sands/aggregates have a porosity of 22-32% +/- 3%.
Preparations have commenced to start a drilling program in the next two weeks subject to drill rig availability (which is estimated at 10 days). Some drill pad preparation was completed, and roads have been upgraded using the 321 Cat excavator. Drill rig fluid pits have been dug at trench site 12 and 18 in preparation for drill hole 1 and if successful drill hole 2.
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The above 1D model at 2.5 Hz shows the two very low resistivity areas at a depth of 300-500m. The black sands/shales/gravels were encountered trenching at UTM 802000 which is the relationship we were seeking to correlate. The geophysics data was changed to 0 to 20 ohm-m, rather than 0 to 100 ohm-m, and was modified to better highlight zones of very low resistivity, and to better differentiate the resistivity within the 0 to 10 ohm-m range.
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The above shows a very low resisitivity zone, possibly a lithium rich aquifer in black volcanic sands given the trenching correlation. The red triangle is the trenching locations.
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Above is the second zone of low resistivity, where there is large area approximately 2km wide by 150 metres in thickness in what is interpreted to be paleo channels.
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Fig 1 shows the significant amount of brine that flowed into the 5m x 4m x 4m pit some 36,000 litres within 18 hours
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Fig 2 shows the cat 320 trenching in the distance across the salt pan
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Fig3 shows the transition from the green gray clay possibly montmorillite with black sands/shales/agreggates starting to show through with water seeping immediately
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Fig 4 shows the black sands/shales unit with brine/ground water flowing into it.
Phil Thomas, Chief Executive Officer and exploration director of A.I.S., stated: "Our trenching program has been a resounding success and enables us to drill with some confidence. We have identified black sand/shale/aggregate units containing gravels that have very low resistivity and the same resistivity signature will have a high probability of being encountered when drilled at 250 metres with units as thick as 150 metres. I am looking forward to the brine analysis to see the surface brine composition although it will have little relativity to the brines at depth where they will be more concentrated. Drilling is going to be exciting as we expect the aquifer flow to be substantial."
The Salinitas Project with MGX (CDN:XMG) is a joint venture where MGX have agreed to fund $1.2 million in works for an 80% interest over the next two years. Subject to brine composition and flow rate a production well will be drilled in either drill hole 1 or 2 for a 30 day pump test.
Qualified Person
Phillip Thomas, BSc. Geol, MBusM, MAIG, MAIMVA, (CMV), a Qualified Person as defined under NI 43-101 regulations, has reviewed the technical information that forms the basis for this news release, and has approved the disclosure herein. Mr. Thomas is not independent of the Company as he is Chief Executive Officer and a shareholder.
About A.I.S. Resources
A.I.S. Resources Ltd. is a TSX-V listed investment issuer, was established in 1967 and is managed by experienced, highly qualified professionals who have a long track record of success in lithium exploration, production and capital markets. Through their extensive business and scientific networks, they identify and develop projects worldwide that have strong potential for growth with the objective of providing significant returns for shareholders. The Company's current activities are focused on the exploration and development of lithium brine projects in northern Argentina.
On Behalf of the Board of Directors, A.I.S. Resources Ltd.
Phillip Thomas
President and CEO
Contact
Phillip Thomas - President and CEO
T: 747-200 9412
E: pthomas@aisresources.com
Website: www.aisresources.com
Martyn Element
Chairman
T: 604 687-6820
E: melement@aisresources.com
ADVISORY: This press release contains forward-looking statements. More particularly, this press release contains statements concerning the anticipated use of the proceeds of the Private Placement. Although the Corporation believes that the expectations reflected in these forward-looking statements are reasonable, undue reliance should not be placed on them because the Corporation can give no assurance that they will prove to be correct. Since forward-looking statements address future events and conditions, by their very nature they involve inherent risks and uncertainties. The intended use of the proceeds of the Private Placement by the Corporation might change if the board of directors of the Corporation determines that it would be in the best interests of the Corporation to deploy the proceeds for some other purpose. The forward-looking statements contained in this press release are made as of the date hereof and the Corporation undertakes no obligations to update publicly or revise any forward-looking statements or information, whether as a result of new information, future events or otherwise, unless so required by applicable securities laws. 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.
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