Clean energy minerals · North & South America
The future of energy
is built from the ground up.
Every megawatt of clean power begins as rock. Reactors need uranium. Storage needs lithium. Grids, turbines and transmission need metals that have to be found, permitted and mined before any of it exists. LiVE Energy Minerals explores for those minerals.
The thesis
Energy demand is rising. Supply has to be dug up first.
Electricity demand is growing again
After decades of flat consumption in developed economies, electrification and data infrastructure have put demand back on an upward path. Meeting it means building generation — and building generation means raw material.
Nuclear is back in the plan
Governments that spent a generation retiring reactors are now extending, restarting and commissioning them. Uranium is the fuel, and Western supply has not kept pace with the change in policy.
Supply chains are being redrawn
Critical mineral supply has become a question of national security as much as economics. Deposits located in North and South America carry a strategic premium they did not have a decade ago.
Where we fit
Exploration is the first link in the chain
A deposit takes years to find and longer to permit. The projects that will feed the energy system of the 2030s are being explored now — and the most efficient place to look is often ground that has already produced.
LiVE focuses on districts with a proven endowment: places where the geology is established, the mining history is documented, and the question is not whether minerals are present but how much remains.
Uranium · New MexicoMesa Top Uranium Mine — 100%-owned and past-producing, in the Grants mineral belt, a district that has yielded over a billion pounds of U3O8.
Lithium · NevadaA 50% interest in McDermitt East, in the same caldera as Thacker Pass. Our partner is drilling it in 2026 at no cost to us.SaskatchewanTwo claims optioned to an arm’s length purchaser for shares, cash and a retained royalty.