Stans Energy Corp. is focused on developing the materials necessary to meet the clean energy demands of the future. Our goal is to build and produce our licensed properties containing rare earths, uranium, and associated metals in the near term. Stans vows to act as a responsible corporate citizen, and is proud to be actively engaged in the world-wide promotion of the PDAC's Environmental Excellence in Exploration program (e3), which outlines best practice methods, and emphasizes social responsibility.
Global Atomic Fuels Corporation ('Global Atomic' or 'the Company') is a private Canadian resource company founded in January 2005 by former senior executives of Denison Mines Limited. Global Atomic has 6 permits covering approximately 1,500 square kilometres in the Agadez Region of central Niger. These concessions give Global Atomic the right to explore for uranium and other minerals on the properties.Niger is the 4th largest uranium producing country in the world. The Global Atomic permits cover part of a large regional trend of uranium producers, advanced uranium projects and uranium showings.
IAMGOLD is a mid-tier gold producer with five operating gold mines (including current joint ventures) on three continents and one of the world's top three niobium mines. A solid base of strategic assets in Canada, South America and Africa is complemented by development and exploration projects and continued assessment of accretive acquisition opportunities.
Unigold Inc. is a Canadian-based junior natural resource company focused on exploring and developing its gold project in the Dominican Republic- a country highly prospective for gold and polymetallic mineralization. The 21,031 hectare Neita concession is the largest single project within the 75km-wide Cretaceous-age Tireo-formation volcano sedimentary rocks, known for hosting major gold-copper-silver deposits. Unigold has over 20 prospective targets within the concession, and is concentrating its activities on the Candelones deposits – a series of early VMS and disseminated deposits overprinted by epithermal feeders in acid volcaniclastic rocks.