TerraFuture Desalination

Desalination

SALT WATER DESALINATION
TerraFuture Power Plants
with integrated desalination are the only ones who can produce immense quantities of cheap enough water in order to be able to irrigate arid lands with high erosion damage, leading to the successful regreening of vast desert areas.
If we would be able to get fertile soil back into the desert areas and irrigate these regions, we could indeed start intensive agriculture.
For this to happen, a gigantic quantity of water needs to be desalinated and pumped over thousands of kilometers, whereby conventional methods are too expensive and power consuming.
The TerraFuture-Desalination instead uses the full impeding solar energy of the TerraFuture-Turbine for a very cost-efficient method, while recovering it completely in order to generate new power.
Underground water is practically always available but often brackish and, while affordable desalination became a necessary asset for the TerraFuture-Humus agriculture, but no satisfactory solution was currently available, the TerraFuture Technology Compound developed a very simple solution that reuses the salty water from its heat storage in order to extract the steam resulted from boiling at the water surface, transferring this heat via exchangers back to the salt water.
Due to the outstanding design of the TerraFuture-Turbine, no thermal energy is lost in both the desalination and pumping processes.
THUS RENDERING IT AS THE MOST EFFICIENT, INEXPENSIVE AND ADVANCED DESALINATION SOLUTION IN THE WORLD.
Supplying the cheapest sweet water in the desert areas, which is necessary for large-scale desert agriculture, industry and human use.
This allows the placement of strategic plant belts in order to produce rain in deserts and green them with the help of TerraFuture-Humus.
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