The desert green technology began to be deployed

In the future, barren deserts will become oases according to the criteria of this project.

An ambitious project that wants to turn all desert dry into green oasis is underway. Last week, the contract between the Norwegian Environmental Protection Agency Bellona and the Association of Engineers and Architects Max Fordham was signed. Accordingly, the Sahara Dense Project will begin with a 2 million square meter site in Aqaba, a South Jordan town area. There, people will experiment with new technologies that can create clean water, food and plants that live on this land that seems to be " dead heat ".

Picture 1 of The desert green technology began to be deployed

In fact, the idea of ​​this ' desert green ' project was presented to the Climate Conference held in Copenhagen, Denmark two years ago and received absolute sympathy. In June 2010, King Jordan, Mr. Abdulla II read the above project and he was completely impressed and said that Jordan was willing to do the test for what seemed to be ' crazy ' .

Picture 2 of The desert green technology began to be deployed

The focus of this project is solar-intensive greenhouses, which grow traditional vegetables besides energy plants like algae. Seawater evaporates out of these greenhouses to create cool air and cool conditions inside. Some evaporated seawater is condensed to convert into fresh water, used to feed plants inside greenhouses. Meanwhile, solar-powered machines will be used to focus the power to transfer seawater from the Red Sea into greenhouses. Algae are grown mainly to absorb CO2 and provide bio-energy, which is used as energy.

Picture 3 of The desert green technology began to be deployed

In short, according to the spokesperson for this project, this is a technology that completely follows the process of self-sustaining each other and provides not only environmental benefits but also economically . If all goes well, in the future, barren deserts will now become green oases, serving the living environment .

The above project is divided into 3 main phases with the final stage implemented in 2015.