Free moorland gold

Get you free gold

Hear my old professor of metallurgy, was trying to tell me back to resume my PH D studies, this time into gold!  He told me that even gold metal was soluble in high pressure and temperature water.

The water carries a limit concentration of gold dust.  Only 34 metres below ground level!  Which gives us the geothermal river pressure, of 34 atmospheres.

So we locate an area of and used moor land, anywhere around the world.  I live in the UK, and there are massive tracts of unused moorland.

We utilised dousing.  Where as water circulates the geothermal rovers, as it rounds a bend it does physical molecular nuclear fusion.

1 H₂O+P+TU→He⁺+O⁺+3e⁻+X-ray

So suddenly we get a flick of electric field - de/dT.  Which the easily penetrates 34 metres of rock, and makes human muscles twitch!  Which is why we can detect underground water sources.

So we want to such geothermal rivers, converging on the underground magma chamber, 34 metres down,

This means that deep water contains microbubbles of helium gas, which does not dissolve in water!  The oxygen gas forms the ozone with the underground oxygen molecules.

Which is why the water exits warm at surface, and it contains helium and ozone gases, the ozone isn't a highly demand for welding!  And here nature is cancer leave making helium gas on earth.  For the turbulent flow of high pressure water.

Once we have located a suitable site, we use a high explosive charge and 3 spaced microphones on the surface, to do ground sonar of the land.  And we triangulate the ground sonar, we want a magma chamber 34 metres below the surface.

They want to work on the geothermal slopd.

What is the geothermal gradient in the UK?

Deep geothermal in the UK

The geothermal gradient in the UK has an average value of about 26 ºC/km so at a depth of 1 km temperatures of around 36 ºC would be expected (sufficient for agricultural heating), but depths of 2 – 3 km (temperatures of around 60 - 90 ºC) are needed for district heating.

If we assume a 15% slopd, then the one to a magma site 238 m away from a river source.  As a guess.  The ground sonar should give us the exact magma chamber depth.

Then we wanted drill down using a standard drilling rig.  Ready to connect the geothermal rover to a Dyson dry cleaner,

As we give the water a slight vent, it may boil.  Certainly the gold dust will drop out of suspension.  So we have a warm water with gold dust in, as you circle the water down and up, we remove the metal dust.

We're going to get copper, silver, iron and gold.  There's very little platinum.

Which will collect in the base of I am dry cleaner.  Just like dust from a home collects in your Dyson dry cleaner collection air.  Ready to be swivelled out and disposed of.

We have the metal powder we collect it altogether.  And sell it to a metals extraction company.  He pays is via the element weight.  Obviously the most important element is gold metal.

The couple are also has considerable value as it is very useful.  And he works all over the world.  We have selected an area of moorland.  In public ownership, and basically worthless!

Now we're getting 50 tonnes of gold a year.  Somewhere around 340,000,000 pounds.  For every gold extraction site!  And were looking at gold extraction and 10 metre grid!

Just so much gold.  Which is only of value for its lack of reaction.  Making jewelry, and electrical contacts.  So the area of moorland were lured somewhere around four billion UK pounds every year.

Not going to do a lot for the price of gold!  Which is actually the fifth most abundant element on earth.  All collected in the earth's core over the aeons.

Dissolved out by the geothermal rover running over the earth's mantle.  Meeting at the gold, and he is four deposits, as the geothermal rover pressure drops.  And the gold metal settles out.

In Australia it is so easy!  They want a an area of worthless, and life for us deserts sand.  We do the ground dousing to locate the underground rivers.  Which throughout history there thean mind the gold metal, the for an hour detecting and extracting by the kilogram.

But the geothermal rover has a constant nine concentration of gold metal.  As the geothermal water the cheapest gold out of the earth's mantle.  We locate a likely area, and then we use ground sonar.

We drill down to the geothermal magma chambers.  And get up A constant stream of water with gold dust in.  Is it a source of fresh water!  Once we have extracted the gold and other metals.

And the metal is being constantly replaced every day from the geothermal water lapping on the earth's mantle.  Peking of heat and heavy metals.

And in Australia there are large areas of public and used deserts.  We just locate the magma chamber 31 metres down, and were on to our 50 tonnes of gold a day.

The Casa Drilling the ball hole is around 2000 U.S. dollars.  To get at that lovely three and and 40,000,000 a year.

The gold metal detectorists in Australia to be walking around in a space suit, linked to a Cooling

Where a highly pressure gas loses heat to the area at over 350° C.  Then as we half the pressure we get a cold blast of air at -10° C.  Which will obviously need to mix there are drawn in from the atmosphere, to you is a much more equitable 20° C cooling blast.

The whole system and room by little solar panel, that should externally on the cooling unit.  Thus engi is it is far simpler to locate a magma chamber using dousing and ground sonar.  During a little bore hole, we are ours that 50 tonnes of gold a year.  And he also produce a source of free fresh water.

From ground which use public her and and free use.  Week in use the idea in th UK.  Though I looked at a moorland house, we never moved in!