Give Manchester a white Christmas

improve the weather

Manchester and Birmingham have a large canal systems.  Which are reservoirs of low grade thermal energy.  That really freeze over!  No turbulence within the canal itself, does molecular nuclear fusion, that stops the canals freezing all the way down.

1 H₂O+TU+P→He+O+E²+X-ray

This physical equation would suggest that the turbulent flow of deep water, should create my crew bubbles of helium and oxygen, plus heat!  That is what we actually find.  Deep water also releases X rays.  But the major heat input, is from a son light during the day.

This is why canals to get a coating of ice in winter, but do not freeze solid!

We can employing a little thermodynamic trick, to suck low temperature thermal energy out of this water.  And double the pressure - which raises the temperature by about 270° C.

It is the wonder of a heat pump!  We use a little solar panel, to grow like all the free electricity we need.  A 20 watt panel is great.

The temperature scales, according to the absolute temperature.  Which is degrees C class 273.  To make degrees Kelvin.

It all worked very very well!  We just need a source of low temperature thermal energy, like a canal or river.

During the winter there Watts is sucked heat as the air, and transfer rate to look in a water.

2 (T₁+273)P₁→2(T₂+273)x(P₁/2)

So if we double the pressure there are pure gas, no temperature doubles in degrees Kelvin.  Which is Celsius plus 273.  So when we convert the degrees Kelvin that degrees Celsius, we C we have actually heated up the gas by 273° C.

Heat pump - Energy Educationhttps://energyeducation.ca › encyclopedia › Heat_pump

A heat pump is a device that pulls the energy out of air for the purpose of either heating or cooling a space. This process is known as space conditioning.

Actually talked or injury students and their third year!  Pressurising and venting a gas is are efficient were to move thermal energy about.

For eight doubling the pressure of the gas like ammonia, we can suck their temperature thermal energy air to the canal, and heat up a local air pocket above our equipment, by 270° C.  This will obviously makes the the surrounding free air, but we heat up by the local area by 20° C.

And he had a succession of these units along a canal towpath around a mooring area.  And using 18th century physics, we have heated up the local air void 20° C.

You may argue that warm the air is OK, but it is still dark!  We have a network of little steam plasma tubes.  These convert regular water into heat light and X rays.  Massively effectively!

My American friend firm that a 30x1,5cm steam plasma release a constant 1 MW of carbon zero heat.  With light and lower power X rays.  Just like the sun emits naturally!

2 H₂O+PL→2(E²+L+X-ray)

So we have a network of ease of of the pox in Manchester, that during the dark, can emit massive free carbon zero heat, the light.  We obviously turn off these plasma is during Christmas week.  We want a white Christmas!

During Christmas week we circulate the low pressure Carnot gas to suck Ian heat from the air.  A localised cooling effect down to -180° C.  Mixing with the surrounding air, we are going to drop the temperature than 10° C, to -12° C!

And all the canals will boil slightly,, as they hit the cold air it will form snow!  All the sudden we have engineered a freezing Christmas with snow!  Which is all very pretty, and less to the schoolchildren at-home.

Then Christmas week is over.  And most of us will wish to return to work or study.  Now we turn the heat pump on its head.  We have a low pressure gas circulating through an aluminium helix in the canal water.  Deep down out of the shipping channels.

Now we lose their heat threw a little higher pressure the aluminium helix, in the free air.  And I was described above now we're going to have 280° C.  Which is pretty hot!  And that hot air one mix with the surrounding air, to reside temperature by 20° C.

Now we have a 1 minute January and February.  No cold early spring.  Which he is a major problem for getting around and doing anything.

We have used the redone and engineering from the 18th century, to modify its city climates in the 21st century.  And a little solar pumps are very very cheap!  It will be possible to use at her peak energy.  Which is fantastically cheap!  The cellar panel will operate for nearly free during the day.

So we give Manchester and salford a white Christmas.  Enjoy!  I last made a snowman when I was 12.  We have the snow covering in 2010, there was busy inside near a whole radiator!

Which would not have been very good for the snowman making any way!