ian lasscock, author at planet forward - 克罗地亚vs加拿大让球 //www.getitdoneaz.com/author/phantom/ inspiring stories to 2022年卡塔尔世界杯官网 tue, 28 feb 2023 18:46:26 +0000 en-us hourly 1 https://wordpress.org/?v=6.6.2 izaqua //www.getitdoneaz.com/story/izaqua/ thu, 14 jun 2012 07:00:39 +0000 http://dpetrov.2create.studio/planet/wordpress/izaqua/ how to solve the world’s water crisis:

imagine there is a pipe from the sea discharging as much fresh water as needed. there is no visible explanation as to its source.

my idea requires no new technology. eighty percent of the worlds population lives with in sixty kilometers of the sea. over the horizon 10k out to sea in international waters there is a movable platform the same as an off shore oil rig. on this rig is a state of the art desalination plant. even very large desalination plants are in fact quite small and can easily fit onto a platform. since fresh water is processed off shore, there is an 80% saving in water movement to shore. normally, two thirds of the water processed on land is pumped back out to sea. real estate is not a problem because none is required. the salinity problem associated with desalination plants is eliminated because the desalination is processed far out at sea. compared to the natural evaporation of sea water, off shore-processed sea water represents a minute fraction of salinity.

there are two ways to power the platform. firstly, two wind generators positioned next to the platform. sea positioned platform generators are again old technology. or alternately like on thousands of military & commercial boats, a small nuclear engine–a tried and true old technology alternative. half as much power is required to drive a desalination plant at sea (possibly far less) because if the water is taken from the bottom of the ocean, the pressure from deep down can actually force the sea water through the desalination filters. when fresh water is not required the platforms can be moved to another country and plugged in. there is no delay for fresh water when required. platforms could be manufactured any where in the world then moved to drought areas. the cost of manufacture would be a fraction of normal desalination plants because there is no government interference. maintaining an on shore desalination plant possibly for years during times of plentiful water would no longer be a cost. the only cost to consumers is fresh water.
as the platforms are not owned by governments there is no infrastructure cost preventing water when and as required. world food shortages could be eliminated. water platforms could be plugged in to uninhabited barren areas of the world where the earth is fertile but water has been the missing ingredient.

i have named my idea “izaqua”

what an incredible humane and commercial opportunity.

photo credit to conner395.

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