Q. Which property is of principal interest currently?
A. Pistol Lake property in Nunavut with a geological calculated resource by Chevron Minerals, 1988 of 580,000 tons grading 0.40 oz/ton gold. An NI 43-101 is in process and an updated resource calculation based on the drilling by Qikiqtaaluk Corporation (2000) will be completed soon.
Q. Is arctic development feasible/profitable?
A. For some commodities, mines are in production in Nunavut right now and more are in development. Gold is especially attractive in this new and developing camp.
Q. Price of gold today? A. Current price.
Q. Why has Leeward Capital invested in Molybdenum at Nithi Mountain in British Columbia?
A. Since 2003 world prices for moly oxide have varied from $3.00 to over $36.00 a pound. The current price is around $12.00USD a pound. Despite the current downward pressure in the market, the versatility of molybdenum in industrial applications will be in demand and remain steady in the long run.
Q. What is Molybdenum used for?
A. Molybdenum is used in dozens of metal alloys, stainless steel, electrodes, and is a key component in all pipeline manufacture necessary for modern infrastructure development.
- The primary use is in steel alloys. From 1% to 4% is added to stainless steels for strength and corrosive resistance. Molybdenum is also the catalyst to clean the impurities out of the vast quantities of coal and stranded natural gas that exists in the world today. With China’s continued economic development and in particular the Belt & Road project, demand for molybdenum could potentially stimulate increased demand for all metals including molybdenum.
Recent Developments in the Use of Molybdenum
Most of the production of molybdenum is used by industries making metal alloys, however new and interesting technologies may bring an upward momentum to the value of molybdenite.
The United States Office of Nuclear Energy has a program to develop a Uranium-Molybdenum metal fuel for light water reactors. Uranium-Molybdenum fuel has the potential to provide superior performance based on its thermo-physical properties. With sufficient development, it may be able to provide the Light Water Reactor industry with a melt-resistant, accident-tolerant fuel with improved safety response ( https://www.osti.gov/biblio/1339906/)
Please see the links below: