Cool the UK summer

Cool/warm the air for free

This idea works all over the world.  And uses the 1950s idea of the heat pump, to transfer that heat to and from the seas.  In the summer we want to cool the air.  In the winter we wish to warm it.

We take air and utilising so the pumps, We double its pressure to two atmospheres.  Technically we want to drive the air out, by trying him through a salt.  To extract the moisture.

This science was taught to me 1983 at Sheffield University, into my master's degree in to engineering.

When you compress the gas it gets mad hot!  That is because the temperature pressure product is the gas constant.

1 P₁T̀=K=P₂T₂

The temperature here is the absolute temperature.  Which is Celsius plus 273.  So in the summer that is 303° K.

We lose that heat to a large body of water, preferably the sea.  So in the northwest we lose that heat to the Irish Sea.  Nature We have more cake hot spots around the world, spewing heat into the oceans.

So mankind's feeble temperature additions to the cold sea, will actually be very welcome!

And this is where the magic happens!  We pump the hot vapour to a public area.  From the nearby body as the water like Rivers.

We vent that air into a large aluminium helix, in the air.  And during the summer we a drop the temperature of that gas down into 10° C.  Which is 183° K.  -90° C.

So we blast at that cold into the air over the public space, 10 metres above ground level.  We suddenly have a fantastically large volume of air cooled down by 20° C.

And all of pumping is done by a little solar driven pumps.  Costing 18 UK pounds.  Gas from the sea is excellent!

Week a call down power oxygen town centre is basically for nearly free!  Then winter will arrive.  This time we pass the low pressure gas into a stainless steel helix in the body of water.  Gathering in all that low temperature heat!

Here using the open sea is excellent - as you want to a void freezing.  River water will circulate over the helix, and a massive volume were as low temperature heat to a low pressure gas.

This time we double the pressure before the alley immune helix, and he is that the air by 250° C.  We want to drop the helix down to ground level, so we plan for all that lovely heat at low level.

And now we're going day he so the local area by a 25° C, for nearly free!  And that is all first year engineering thermodynamics.

Devised by the Rev. Sterling in Scotland, before university's even existed!  It Glory is under the name of the Carnot heat pump.

Carnot heat pump (or Carnot refrigerator)

YouPhysics

https://www.youphysics.education › heat-pumps › car...

A Carnot heat pump (or Carnot refrigerator) is a reverse Carnot heat engine, that absorbs heat from a cold thermal reservoir and transfers it to a warmer ...