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Engineers have known for 150 years her pressurising and venting a gas will answer from heat into and out of bodies of water.
The History of Heat Pump Technology - Finn Geothermhttps://finn-geotherm.co.uk › the-history-of-heat-pumps
Heat pump technology has been established for more than 150 years and the first ground source heat pump was brought into use more than 70 years ago.
So to add heat to a local environment we pump a low pressure gas down into the can now or river system. Or just so much lake. We use a solar powered pump, to use the waste environmental energy, that is basically free during the day.
I have written extensively hell up the steam plasma is free heat and power. A 30x1,5cm steam plasma was confirmed by my American friend to release a constant 1 MW of heat.
If we drive the boiler room free steam turbine, a get out ½ MW of carbon zero power. The home user can get an annual check from the power company, for three million UK pounds every year. To get loads of carbon zero cheap or even free electricity!
We use our free power to drive a little pump. And just doubling the pressure on a gas like nitrogen or ammonia, will raise the temperature barred 250° C.
So we suck the heat from the canal down to 5° C. And the service water of regular water freezes. The body water acts as a giant solar collector. And remember her steam plasma, has basically give us access to totally free carbon zero power. No fossil fuel burn and no radioactive materials utilised all produced.
We double the pressure of the gas, an issues have been temperature to 260° C. So we have half the volume of massively hot steam.
We could use a steam to run a nice little steam cycle. To again generate yet more free electricity. Steam 190° C, will happily run a steam cycle.
We then use the exit steam to pass the heat to the air, using a large aluminium helix. An adding that amount of heat to the air, will warm the air by 20° C over an acre!
So can warm air group of houses, or part of a town centre. And we repeat the trick along the river or canal, and warm the whole of the city centre.
In the summer we are reversed the car no heat cycle, and now we call the gas down to -150° C. This is seriously cold! We lose their heat to the air via an aluminium helix our local the hill.
And the cold flows down the hills, providing free air conditioning. Where he in November 2022, and four stone towards Christmas.
If we had one is little heat and cold pumps built, week in utilised the canal system in Manchester or Birmingham, to produce a white Christmas!
Over Christmas week we call the air down. So it snows! Usually really concerned about collecting and five being away the common state as water. But now the cold in the air makes it snow!
So we produce a white Christmas week. Which is pretty! But not that practical for work. So after Christmas week we turn our air heat pumps, into warming mode.
We pass the cold into the canal system, which acts as a massive sell the collector. Gathering of free heat during the day from the sun.
Which we pass into a low pressure heat from gas. My another little aluminium helix. In the sea, we have to use a stainless steel helix. There we have a truly channel as he collector.
As he concentrate the gas by pressurising it, we heat up they air by to them and 50° C. It goes for around 5° C, to a much more equitable 30° C - though he spreads out over the local area.
So every group of houses of businesses, show in the construction cost of a little heat pump. Which is very cheap! I can cycle heat into a rare to the air, to improve the local climate.
So we warm the cold winter months. Totally light the air, we need a network of my steam plasma is suspended in the air. They turn regular water into heat light and X rays - just like natural sunlight.
1 H₂O+PL→E²+L+X-ray E²= 1 megawatt from a 30x1.5cm steam plasma.
Ideal for lighting of a garden or in the area with own town centre, to the light 247. Every day of the year. Plants will love it! An we vanished the dark!
We have a light sensor above the steam plasma, to turn down the plasma pressure during the day - to just tick over mode. During the night we prime at four atmospheres, to freeze a self sustaining plasma which they've rates light.
My calculations indicate it will get a constant 2.4 MW of heat. They were sensitive light! Obviously during Christmas week, we want to turn down the plasmas, so we do not melt or snow.
So we are make every Christmas white, if we have access to a canal and river system. All areas in the world can fire up the steam plasma, to allowed light and heat.
Utilising just 10⁻ⁱ⁶cc of regular water a year. Basically we never need to top up the system! Leave that to our descendants. And we produce a white Christmas, even in the Middle East!
Though they will probably be two staggered by the sight of snow, to realise how brown enough horrible it gets the next day.
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