Cool the hot lands

Improve life

We use the 1950s science of the heat pump.  We have a circulating body of air, which we compress.  And he gets really really hot!  We have to try the air out as water vapour complicates matters!

We lose this heat into the seas via an aluminium helix.  Water is a great reservoir for heat, and in first out of the way as it takes in heat!  So within to increase the local water temperature by 0.1° C.

As he vent this gas the temperature drops by 250°C!  From the C temperature of under 30° C.  So we induce a massive cold blast into the air!  And hot air holds a lot of moisture.

So we collect the condensate.  Free of fresh water without rainfall!  So welcome in dry countries like Portugal.  So we vent the cold air above the natural river system.  And fill the Rivers with freshwater!

Are cold blast of air access to the ambient hot air, and we're going to drop the temperature locally by 50 degrees C.  So in the immediate area 20° C cooler!  Nice.

And do not forget about all those gallons of fresh water we suck out of the moist air.  An we use a little solar panel, to drive our pump.  So he is amazingly cheap!

And operates during the day - the Knights even in Saudi Arabia get down to 0° C.

So we massively call the daytime air down!

In polar region's we inverts the system.  The of a large stainless steel helix in the seas, through which we pass the a low temperature low pressure gas.  Which heats up to 3° C - the maximum density of water.  Even below the poles.  Call the water rises and till it freezes.

And we are all familiar with ice floating!  Highest even at -50° C, is less dense than a water at 3° C.  So the seas operate as an massive heat pumps!  Taking equatorial excess heat, tour sir cold poles.

We have used a little thermodynamic trick.  Low pressure gas is cold gas, so they can shuttle heat from the air into the seas.  The local press or gas it gets really really hot!  So we call the seas are warm the air.

I's is just flocks of cold that does nothing!  A little heat pump will melt the ice, and the coal water that flows back to the equator.

In the hot countries we suck the heat from the air, into a low pressure gas.  And lose their heat to the seas are we compress the gas so it gets really really hot!  We improve the natural heat pump of the earth.

Using 1950s technology!  In the polar regions we can erect a grid of steam plasmas, below little flotation balloons.  Reflecting all the heat and light down towards the ground.  They act like little suns.  So watering massive agriculture!

And the plants' gobble up the arctic carbon dioxide - twice the temperate level!  The lowest natural temperatures on earth.  Down to -80° C above the Antarctic ice In winter.

And they grow!  They can off for more productive than Texas.  We also are farm animals, which Prix then the oxygen excreted by plants.  Breathing out the carbon dioxide that is plant food!

So increasing plant yields.  But we call down the equator!  And make it wetter.  So again will boost plant growth - the sun provides the light for free,

The great shortage around the earth, is available carbon dioxide.  Around the temperate earth there is just two parts per million carbon dioxide in the air.  And 21% oxygen!  The oxygen is the waste gas excreted by plants.

1 mCO₂+(n+r)H₂O+chlorophyll→(Cₘ(H₂O)ₙ-E)+r(He+O+E²+Lb+X-ray) Cₘ(H₂O)ₙ are the carbohydrates of life.  The r(...) Teaches is so of photosynthesis is a type of biological molecular nuclear fusion.

So plants do nuclear fusion on earth down to 0° C!  The carbon zero Energy System of nature.