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Tahoe Gold assay find properties likely mask undiscovered gold-rare minerals
Tahoe Gold assay find properties likely mask undiscovered gold-rare minerals
Tahoe Gold Mining and Refining Company is pleased with Ledoux and Company assay report that Utah properties may contain as yet large deposits of valuable metals and rare earth minerals.
FOR IMMEDIATE RELEASE
(Free-Press-Release.com) August 12, 2009 --
Fillmore, Utah - Tahoe Gold Mining and Refining Company is very pleased with the assay results from Ledoux and Company of Teaneck, NJ that once more reaffirm properties have the potential of containing as yet undiscovered large deposits of economic commercial indicated reserves of valuable metals and rare earth minerals. The assay report is consistent and supportive of the Intertek, Inc and ALS Chemex assay conclusions which now gives way to implementing exploration on our properties.
Ledoux and Company assay results in part are as follows:
Gold 1.3 ppm, Silver 4.5 ppm, Aluminum 10.1%, Magnesium 5.16%, Titanium 2.43%, Iron 28.4%, Calcium 22.9%, Silicon, 26.0% as well as Phosphorus, Copper, Chromium, Antimony, Vanadium, Zinc.
The Millard County Utah properties contain 6 of 19 base and rare earth minerals the United States imports 100% and are totally dependant on an unbroken supply for our defenses. All of these minerals are vital to industrial and military interests. To be more specific the properties contain all of the 30 distinct base metals and Rare Earth minerals determined to be Strategic and Critical to the Defense of the United States in 2008 report to Congress by the National Materials Advisory Board. The Department of Defense, the OSD and NDS have confirmed these findings.
Rare earth element anomalies are also associated with gallium, zirconium, and yttrium.
The principal uses of rare earth elements are:
1) Petroleum fluid cracking catalysts
2) Metallurgical applications
3) Glass polishing compounds
4) Glass additives
5) Permanent magnets
6) Catalytic converter materials
7) Television, lighting, and X-ray intensifying phosphors
8) The diverse nuclear, metallurgical, chemical, catalytic, electrical, magnetic, and optical properties of the rare earth elements have led to an ever increasing variety of applications. These uses range from mundane (lighter flints, glass polishing) to high-tech (phosphors, lasers, magnets, batteries, magnetic refrigeration) to futuristic (high-temperature superconductivity, safe storage and transport of hydrogen for a post-hydrocarbon economy.)
Light rare earth elements are used in the energy and high technology industries as metal or oxide. Generally, assays for these elements average below 2%. Many of the samples taken from Tahoe's properties returned assays over 2%.
Heavy rare earth elements are used in high-technology and scientific research industries, as composite material. Generally, assays for these elements average below 0.02%. Half of the samples from Tahoe's properties returned assays above 0.02%.
The three preliminary assays from Leading Chemistry Companies and the mineralogical context suggest a favorable rare earth element discovery and indicate commercially economical reserves within the Tahoe complex.
The statements contained in this release are forward-looking statements and since forward-looking statements address future events involve risks.
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