The Project it is aimed to develop a sustainable and environment friendly articulated Initiative in the field of Food Production and Animals Feeding to be realized through advanced and innovative inventions and technologies in deserted areas.
The oases present in the desert territory, and inhabited and cultivated for millennia thanks to the very limited amount of water outpouring, are proven proof that if you intervene with prudence and professionalism you can make habitable and economically productive, areas that at first glance we believe no one could inhabit.

So, it is about picking up the water from the sea and render it potable or bringing the water present in the subsoil to the surface and then using it in two different ways:

To fertilise, in an adequate way, the superficial soil so as to properly make the desert flowered, and not temporarily as in the phenomenon that occurs in some deserts called ‘desert bloom’

To feed large plants (‘vertical farms’) of hydroponic agriculture, therefore without land use, made in desert areas, in which to grow ‘in door’ under carefully controlled conditions (lighting, humidity, temperature) a large number of vegetables for human food use and/or animal and/or medical food.
Groundwater is captured and brought to the surface by electromechanical pumps or specially designed and manufactured piston lifting mechanisms.

The electricity to operate the aforementioned pumps and the aforementioned lifting mechanisms can be produced on site thanks to a thermodynamic solar power plant with fused salts, clearly to be preferred both with the most widespread photovoltaic technology and compared to solar-thermodynamic technology not with fused salts.

In fact, a thermodynamic power plant with fused salts is characterised by
Do not expect maintenance costs (such as photovoltaic panels)
Independence from lithium panel and battery producing countries
Have an intrinsic system for the storage of energy produced during the day (so that it can be used in a continuous cycle) that provides neither risk of breakage (as in the case of the thermodynamic solar that uses heat-insulator fluids) nor need for replacement after a few years with the consequent costs of disposal, as in the case of lithium batteries (which have a considerable environmental impact both to produce and to dispose of them).