| Commercial Applications |
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| Updated 9/5/2009 |
| A commercial array at an Arizona mine site |
The owner-operator of the gold mine is busy recovering 50-60 ounces a day from standard Placer
Recovery efforts. The array you see above is to process his wash waters, carrying the unseen, and
invisible gold values that have been flowing away, up until this point. The wash waters are from the
Shaker tables, after recovering the visible gold values.
This system recovers the super-fine gold particles, from 1-10 micron in size, and is capable of recovering
an equal amount of gold (50-60 oz) in fine gold, formerly unobtainable. As the actual gold recovery
amounts are a secret, we can only speculate about this, but testings done here at our lab indicate that
this material (leftover wash waters) will yield in that range, with reasonable care.
Once the sediments are recovered in the filters, they are removed from the housings, washed into a
holding tank, leached overnight, then filtered, and the gold then precipitated back out into metal form,
once again. From this point, they have 999.5 gold, suitable for smelting and sale.
* This is but one example of what can be done with existing mining operations. You can probably think of
many others.
For those questioning the wisdom of this approach, you need only pencil out returns, against
investments to determine whether it is worthwhile.
No Permits.....No heavy equipment.....No pollution.......No big investment all point to a brighter future.
Recovery efforts. The array you see above is to process his wash waters, carrying the unseen, and
invisible gold values that have been flowing away, up until this point. The wash waters are from the
Shaker tables, after recovering the visible gold values.
This system recovers the super-fine gold particles, from 1-10 micron in size, and is capable of recovering
an equal amount of gold (50-60 oz) in fine gold, formerly unobtainable. As the actual gold recovery
amounts are a secret, we can only speculate about this, but testings done here at our lab indicate that
this material (leftover wash waters) will yield in that range, with reasonable care.
Once the sediments are recovered in the filters, they are removed from the housings, washed into a
holding tank, leached overnight, then filtered, and the gold then precipitated back out into metal form,
once again. From this point, they have 999.5 gold, suitable for smelting and sale.
* This is but one example of what can be done with existing mining operations. You can probably think of
many others.
For those questioning the wisdom of this approach, you need only pencil out returns, against
investments to determine whether it is worthwhile.
No Permits.....No heavy equipment.....No pollution.......No big investment all point to a brighter future.
Where can I go?
Finding a good place to operate is not that difficult. Recently, our friends were in the Snake River area
of Idaho, which river has long been known for it's very fine gold deposits, as are the gold areas of many
places. Here, the water simply flowing down through these deposits pays an average of 10 cents per
gallon. Ten cents, you say? That is nothing!
Now put one of our systems on line, passing 100 gallons per minute, and that suddenly becomes $10.
dollars per minute, $600. per hour, and so forth. These are not fantasy figures, but actual amounts
recovered from old, former, gold mining areas, which still continue to flow and deliver their pay dirt into
the rivers.
Recent articles in the ICMJ by old-time geologists will lead you to believe that working like a mule is the
only way one can strike it rich in gold discoveries anymore, dismissing the values of this piddling,
insignificant "Micron Gold", as beneath ones' deserving attention....While stumping for the steamroller
approach to hard-rock mining as the answer to your dreams.
Those collecting this vast flow of Micron Gold have already discovered the way is wide open at present,
cause no damage to the environment as they work, and are welcomed in their respective communities,
unlike the crush, grind, rip, shred and tear method of conventional mining.
Finding a good place to operate is not that difficult. Recently, our friends were in the Snake River area
of Idaho, which river has long been known for it's very fine gold deposits, as are the gold areas of many
places. Here, the water simply flowing down through these deposits pays an average of 10 cents per
gallon. Ten cents, you say? That is nothing!
Now put one of our systems on line, passing 100 gallons per minute, and that suddenly becomes $10.
dollars per minute, $600. per hour, and so forth. These are not fantasy figures, but actual amounts
recovered from old, former, gold mining areas, which still continue to flow and deliver their pay dirt into
the rivers.
Recent articles in the ICMJ by old-time geologists will lead you to believe that working like a mule is the
only way one can strike it rich in gold discoveries anymore, dismissing the values of this piddling,
insignificant "Micron Gold", as beneath ones' deserving attention....While stumping for the steamroller
approach to hard-rock mining as the answer to your dreams.
Those collecting this vast flow of Micron Gold have already discovered the way is wide open at present,
cause no damage to the environment as they work, and are welcomed in their respective communities,
unlike the crush, grind, rip, shred and tear method of conventional mining.
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