Boulder Creek Project
Boulder Creek
Country USA 
Province Alaska
Close to Nome
Status ADVANCED DISCOVERY 
Surface 25 km² / 6,178 acres
Latitude / Longitude 57 N 50 / 133 W 44
Legends
Valorisation
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Produces
Develops
Explores for Uranium -
Last updated on 6/3/2010 - Terms of Use
Risk and valuation analysis of the Boulder Creek Project
Status Risk : Advanced discovery
Country Risk : Very Low
Title(s) of the Boulder Creek Project
VanEck Vectors Global Alternative Energy ETF
Joint venture: 65%
Company ProfileAll ProjectsCompany website
TitleCompany ProfileAll ProjectsCompany websiteCompany project page
VanEck Vectors Global Alternative Energy ETF
Joint venture: 35%
Company ProfileAll ProjectsCompany project page
TitleCompany ProfileAll ProjectsCompany websiteCompany project page
Triex can earn an initial 65% interest in the property by an initial cash payment to Full Metal of US$75,000, completing US$1,500,000 in exploration expenditures over four years (ending April 1, 2009), and the issuance of 50,000 shares to Full Metal  more...
Location of the Boulder Creek Project
The deposit is located in the southeastern Seward Peninsula, 160 km northeast of Nome and 16 km north of the village of Elim, which is at tidewater. A base camp with a natural airstrip adequate for bush aircraft is located just 5 km east of the project. A 4-wheeler trail leads from the camp to the deposit. A 4,000 foot paved airstrip is available at Moses Point, 50km south of the deposit.
 
History of the Boulder Creek Project
This 2500 hectare property consists of the Boulder Creek deposit and McCarthy Marsh and Fireweed prospects. The Boulder Creek deposit is Alaska's largest known uranium deposit, with a resource estimate completed in 1981 outlining 1 million pounds of  more...
 
Geology of the Boulder Creek Project
Boulder Creek is classified as a sandstone type 'roll-front' deposit. This means it was formed as uranium-bearing groundwater flowed through sandstone aquifers. The uranium precipitated off the groundwater when the fluid passed from an oxidizing to a reducing environment in the sandstone.
 
Location
Data last updated on : 1/9/2008
Disclaimer
All information on this page comes from internal and external sources deemed reliable. This information might not be up to date, so please perform due diligence before making any conclusion or making any action. Do contact us should any information be missing or incorrect.
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