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Showing posts from November, 2023

Wetting the Nahib desert

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We are back to my old idea about vacuum desalination!  We drop snorkels into the Red Sea, connected to little solar powered vacuum pumps. We only need to raise the sea by one metre, and it boils into water vapour!  Probably only at 80 cm.  It isn't 1000 times easier to pump as water vapour than liquid water. So we transport it a kilometre inshore, an event the water vapour over the arid desert.  It forms a cooling mist!  Which are like condenses into rain droplets and falls on the ground. There cease in the soil will go crazy!  We may need to distribute a soil dust.  And the plant's will grow like mad.  Sucking in all our carbon dioxide physics is so bothered about! Biology is not remotely concerned.  As plasma photosynthesis on land and sea it uses a carbon dioxide levels to just two parts per million around the temperate earth.  Carbon dioxide levels are higher above the deserts and the arctic ice. In the arctic winter we have four PPM carbon dioxide in the arctic

Increasing fresh water in Surrey UK

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Fresh wate - so easy There are loads of Rivers and canals in Surrey. Category:Rivers of Surrey Wikipedia https://en.wikipedia.org › wiki › Category:Rivers_of_... 0–9. Abbey River ; A. River Ash, Surrey ; B · River Blackwater (River Loddon) · River Bourne, Addlestone · River Bourne, Chertsey ; C · Cranleigh Waters ; E · River ... People also ask But technically the water he's not of drinkable quality.  And speeding water into a river processing facility is expensive.  A far better idea is to use a little cellar panels during the day, to suck up the river water by one metre, five Arhythmia five system that these to a reservoir. During daylight hours the an access to free electricity from a little 20 kW solar panel.  At night we easy almost free Moffitt mains electricity. A little plasma due linked to a firmer electric generator will give us access to a carbon zero 13 kW of mains electricity.  Which features no fossil fuel burn!  Utilising two little regular water ever to meas