Water Production

The skyscraper’s structure consists of two inseparable layers; a spiral structure that navigates airflow inside the structure and Coils carrying nitrogen located on the interior facade of the spiral. In other words, the nitrogen flowing inside the coil makes the coil’s surface temperature lower than its surroundings. Therefore, as airflow comes into contact with the coils, moisture condensation happens, and thus, the structure can harvest water from the upper layers of the atmosphere.

Wide gardens

Inside the building, food production units have been established where there are different types of environmental sections. The middle level is for pisciculture, and the upper level is for hydroponic agriculture. The lower level is allocated to grazing livestock to supply different types of organic foods where can also be used as public parks for general people.

Skyscraper’s exterior wide crust’s presence which is lain on the ground surface, provides an immense surface of shadowing. On the other hand, energy tower (downdrafts) existence in this core makes the humidity go down with the airflow; finally, it provides the best condition for planting an aggregate number of fruit trees and creating vast gardens in this space. The purification of urban sewage supplies the required water in this section. These gardens function as public spaces for the city. Besides gardening in the desert regions, resulting in soil fixation, and it prevents desertification and haze scattering.

energy production

A downdraft energy tower is located in the core of the skyscraper. This energy tower relies on the principle that cool air will sink while hot air rises. At the top of the tower, the mist will be sprayed, so that passing air is cooled, causing it to down rapidly. The air then escapes at the bottom of the tower by passing through wind turbines, generating power.