FAQ on Foremost Clean Energy Ltd.'s Airborne Survey at Athabasca Basin Uranium Property

What is the purpose of the airborne survey conducted by Foremost Clean Energy Ltd.?

The purpose of the airborne survey is to refine subsurface mapping and identify deep conductive trends associated with uranium mineralization at the CLK Uranium Property in the Athabasca Basin, to guide a planned 2,000-meter drilling program in Q3 2025.

Why is the Athabasca Basin significant for uranium exploration?

The Athabasca Basin is a prolific, uranium-rich region, making it a top jurisdiction for uranium exploration. Its significance lies in its potential to support the growing demand for uranium, crucial for nuclear power and global decarbonization efforts.

How does the MobileMT airborne geophysical survey work?

The MobileMT system offers 1–2 kilometer depth penetration and is designed to detect basement conductors, structural breaks, and other features essential to Athabasca-style uranium exploration, providing detailed subsurface data.

Who is conducting the airborne survey for Foremost Clean Energy Ltd.?

Expert Geophysics Surveys Inc. has been engaged by Foremost Clean Energy Ltd. to conduct the 771 line-kilometer MobileMT airborne geophysical survey over the CLK Uranium Property.

When is the drilling program planned to take place?

The drilling program is planned for Q3 2025, following the analysis of the airborne survey results.

What percentage interest does Foremost Clean Energy Ltd. hold in the CLK Property?

Foremost holds an option to acquire up to a 70% interest in the CLK Property from Denison Mines Corp.

Where can I find more information about Foremost Clean Energy Ltd.?

For more information about Foremost Clean Energy Ltd., visit their website at www.ForemostCleanEnergy.com or the company’s newsroom at http://ibn.fm/FMST.

What are the implications of this survey for global energy transition?

The survey and subsequent exploration efforts aim to discover uranium resources in a top jurisdiction, supporting the world’s energy-transition goals by meeting the growing demand for nuclear power, a key component in decarbonization.