RE: Colorado river and any water problem - is an interesting issue for RSDS -
Ex. an accident happen - *January 19, 1961, Monticello, Utah
A B-52 bomber carrying one or more nuclear weapons was reported to have exploded in midair about 10 miles north of Monticello, Utah. The bomber had left Biggs AFB near El Paso, Texas, bound for Bismarck, North Dakota, on a routine "round-robin" training mission. Near Monticello the aircraft began climbing from 36,000 to 40,000 feet and soon experienced a violent bump followed by a descending right roll of about 410 degrees, a short period of wings-level, nose-down flight, and then a violent spin. The aircraft descended rapidly and at an elevation of 7,000 feet broke into several pieces that landed within an area two miles wide by 11 ½ miles long. Observers on the ground said the plane's left-wing engine caught fire, after which there was a midair explosion. Five crewmen were killed in the accident.
"Report of AF Aircraft Accident," January 19, 1961; "Missing Airman Found Dead," The San Juan Record, Monticello, Utah, January 27, 1961. Cited in Chuck Hansen, "Appendix 3: Typical U.S. Nuclear Weapon Accidents: 1950-1981, p. 34.
Some accidents and incidents may create a water problem? -
That's a case for RSDS who may have the solution and can contribute with the new state of art hi-tech. - in the issue to solve the water problems? -
RSDS is continuing development of a patented water treatment process that has been discharged in oil, gas and mineral exploration. The process makes the water safe for disposal back into the environment. The company has leased additional technology from Lawrence Livermore Laboratories, the leading U.S. Department of Energy research laboratory. By combining technologies, RSDS's prototype is able to remove sodium, barium arsenic and any other contaminant containing a positive or negative ionic charge. The end user of this technology is any oil, gas, mineral etc. exploration entity that has to apply for permit to drill and subsequently has to present a plan to any Department of Environmental Quality or regulatory agency to show how discharged water will be treated. With the tremendous level of energy exploration and production activities around the world currently, you can imagine the incredible demand that could be generated for such technology -
From our inception until 2005 the Company has engaged in locating and developing base and precious metals and waste stream reclamation -
RE: Payday mines exploration - production - the projecty will make use and benefit from - the state of hi-tech. water treatment - and waste stream reclamation etc. -
where is the mesa mill in relation to the claims .....how far
about 20 miles - The Payday mines - East Canyon near Monticello, Utah - DD....
White Mesa Nuclear Waste Facility. Located south of Blanding and north of Aneth, Utah.
The International Uranium (USA) Corporation tailings impoundment shown to the right WHITE MESA MILL is located at their White Mesa Mill located near Blanding, Utah. It is one of the two remaining uranium mills in Utah. Owned by Denison Mines - http://www.investorshub.com/boards/board.asp?board_id=7743
URANIUM PROCESSING
The function of the International Uranium (USA) Corp. Uranium Mill is to extract uranium oxide (U308) concentrate, commonly called yellowcake, from uranium bearing ores found within the region.
Trucks haul the ore to the mill from Company owned and Vendor owned mines in the San Juan County area.
Trucks arrive at the Blanding Ore Buying Station and drive up on large scales where the ore is weighed.
From there the trucks move to the buying station yard and unload their ore in designated areas.
From these small stockpiles of ore, samples are taken then dried and weighed to determine the moisture content.
Accurate computation of the moisture content is highly mimportant because the amount of ore fed to the mill is always figured in dry ton equivalents.
From the buying station yard, large front end loaders move the ore to the buying station where it is fed through a primary jaw crusher and reduced to approximately 11/2" size.
The ore is then run through a series of four stages of crushing and sampling where the average 250 ton lot is reduced to approximately 75 pounds of sample at less than 1/4' in maximum size.
From there this sample is further mixed, dried and reduced down.
Samples weighing less than 5 grams are sent to the metallurgical lab for assaying and a duplicate sample is also sent to the miner selling the ore.
The sampled ore is then put into the stockpile by conveyors and trucks for later processing through the mill.
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