Clear Sky Commissions Geophysics Program at the Halo Project in Big Smoky Valley

Company engages Axiom Exploration Group & Mira Geoscience

VANCOUVER, British Columbia, Dec. 06, 2022 (GLOBE NEWSWIRE) -- Clear Sky Lithium Corp. (CSE: POWR) (FRA: K4A / WKN: A3DM2W) (OTCQB: CSKYF) (“Clear Sky” or the “Company”), a mineral exploration and development company focused on American lithium deposits to support domestic demand, is pleased to announce that it has engaged Axiom Exploration Group and Mira Geoscience to complete a geophysics program at the Halo Project in Big Smoky Valley, Nevada.

Company CEO, Patrick Morris, said, “Clear Sky continues to execute on our exploration and development plan, with our two-pronged approach to unlocking the claystone value. While our metallurgical team is hard at work with the processing and extraction technology, our exploration team continues to build out our geological understanding of both Halo and ELi projects. This geophysics program will be used as a key input for 2023 exploration and development, which is planned to include an inaugural exploration drill program.”

The program will use a Loupe time domain EM system designed in Western Australia. Loupe is a ground-based unique, portable, mobile transient electromagnetic (TEM) system that takes advantage of a wide range of developments in electronics and signal processing. An integrated geophysical model will be produced that uses the geophysics data collected at Halo, in combination with public geological/geophysical data, and field data sets provided by Clear Sky. The integrated geophysical model will inform the development of a 2D and 3D model as input to a layered earth inversion (LEI). It is expected that the LEI will be used to invert for the location of key boundaries and the thickness of geological layers.

Onsite work will be done by Axiom Exploration Group Ltd. (“Axiom”) of Saskatoon, Saskatchewan and consists of the collection and processing of time domain electromagnetic data. This consists of a 73 line-km survey over the project at a survey line spacing of 100 m, with potential infill at 50 m spacing in-between selected lines of interest.

Interpretation and modelling of the field data, including the production of the layered earth inversion model, will be done by Mira Geoscience. Founded in 1999, Mira has pioneered the application of advanced geological modelling, 3D-GIS technology and 4D multi-disciplinary data management through the integrated “Common Earth Model.” They specialize in leveraging and integrating some of the world’s most advanced earth modelling technologies into workflow-based solutions that provide better, faster decisions for their clients.