The mutual interaction between "Energy Towers" and its surrounding is the main topic of the following research. The challenge of preventing from small tiny-salt droplets from reaching out the facility is at first being solved. The distance at which the cold air exiting the Tower is found and analysed. The research uses very advanced computational tools regarding the unique properties of computational fluid dynamics issues. It has been proven that such facility can fit for hot and arid areas and compete well with nowdays alternative technologies.

This research regards environmental engineering studies and contains topics in fluid mechanics. Some major issues in the subject of "Energy Towers" had been solved. The research took place at the Israeli institute of technology- the Technion. The author nowdays deals with water treatment and land preserving field studies.