Free flat heat and power
free carbon 0 heat and power: None nuclear too! |
Geothermal heating - Wikipediahttps://en.wikipedia.org › wiki › Geothermal_heating
For direct use of geothermal heat, the temperature range for the agricultural sector lies between 25 °C (77 °F) and 90 °C (194 °F), for space heating lies ...
This is quite a temperature range! From warm to very hot! If we hit water at 25° C, we can pump down low pressure and nitrogen gas - which the gasification people throw away! So it is very cheap.
Then when we came here to the surface, we double the pressure. Which has over 200° C to the gas temperature. So we get water to 125° C. That may be a bit hot! Reduce the pressure we apply.
My interests as for ever, is that he is carbon zero heat. With no fossil fuel burn, and deftly no use of radioactive materials.
So we use the geothermal water to heat a space heating system. So we are looking at 90° C. As against 800° C free gas flame. Or if you've use the heat pump idea direct, 125° C.
There was still going to need a larger volume them burnt gas! By the earth is a massive heat is fear of molten metal and rock. So there is no limit to the geothermal water we can draw off.
If we quadruple the pressure on to the low pressure helium gas. We are going to get the temperature of the gas flame. All the costs of running a little heat pump!
So obviously passed the hot fluid though a little turbine. This will call the flu down by 30° C. That giv as all the power we need to drive the heat pump system! So then we get three central heating.
Manchester tried it 2000, but drill down without using ground sonar to locate an underground magma pockets. After 1.5 kilometres they gave up! If they had exploded in high explosive, we have 3 spaced microphones they could have located the underground magma pocket.
So there were 95% of the way he to free space heating. Nice work but no cigar! A better idea is to fire up a steam plasma. This is basically a lightening strike in a glass centre. From which we can discern calculations.
Every 3 minutes around the world there is a lightening strike. A 1.5 kmx2cm steam plasma. That spits out neutrons! As the plasma strips the water molecules into positive ions and free electrons.
Lightening does interesting physics.
1 2H⁺+TU+P→He²⁺+E² TU= fluid turbulence in the steam
Each lightening strike produces five tonnes of helium and ions. The stars is the energy production was a 1.2 MW/m. That is interesting energy source!
But in a 50x1cm the steam plasma are four atmospheres, we do a plasma burn.
2 H⁺+TU+P+e⁻→n⁰
Which is why lightning spits out neutrons! Loads of documents on this subject on the Internet.
The neutrons bond with oxygen and the other heavier atomic elements, so we are left with 4 hydrogen ions and free electrons.
And big energy release is then a hydrogen bond with neutrons, and pigeons away into heat light and lower power X rays.
3 H⁺+2n⁰→2(E²+L...X-ray) 2E²= 2.4 MW
This is so much better than geothermal water! Each house needs 8 kW of electricity. So we fire up the steam plasma in a water tank, and drive a steam turbine to freeze 1.2 MW of carbon zero power.
We then use the exit steam for an area central heating system. So free space heating for 300 flats! From a 50x1cm steam plasma are four atmospheres. Where he is my practical confirmation?
My American friend fired up a 30x1.5cm steam plasma and got out a constant 1 MW of carbon zero heat. Again drive a steam turbine will produce 500 kilowatts of carbon zero electricity. The power for 60 houses! As I said, pressurise the plasma! And then it will self sustain - the atmospheric steam plasma will require 120 W of external current to maintain.
So much easier than drilling a deep ball hole: though 34 metres is not really deep. So we have a little steam plasma cylinder. And get out carbon zero heat and power.
And we have all stored and marvelled at lightning bolts! And we have seen the visible light produced - a sure sign of nuclear fusion. As is no source of nuclear fusion. Which is have regular water in turbulent flow.
So lightening is nature doing free power generation. And we can get to this by firing up a plasma within a glass cylinder. Using high voltage electronics. An inexhaustible carbon zero Energy System.
That utilises just 3x10⁻ⁱ⁶cc of regular water a year. To metal to measure in a 1000 lifetimes.
Or due to the incredible ideas of professor Z 2000. Who are void and he lost interest, as nuclear power bought him a chair in chemical and process engineering.
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