DMS Egypt

We customise our high-quality water outflow for the very specific needs of our clients. DMS water desalination is offering the best quality of un-bottled potable water for individuals, industries (onshore and offshore) and military purposes in Egypt. DMS designs, provides, installs, operates and maintains its own and third party desalination plants... and trucks. DMS's state-of-the-art facilities employ technologically innovative processes to ensure high quality water that surpassed even the international standards set by the World Health Organisation (WHO). Thus, we are responsible on producing safe fresh water for our clients 24 hr/day. It prides our engineering staff (i.e. two PhD holders in Mechanical Eng., two Ex-army Eng. Officers and two engineers) for designing and supplying a range of Sea water desalination systems to the minister of defence, as follows: In 2015 our staff designed, supervised and installed a SWRO-System using turbocharger for energy recovery to supply potable water with a capacity of 4500 m3/day in Marsa-Matrouh. In 2014 our staff designed, maintained and operated an RO-system using turbo charger to supply Salloom residents with 1500 m3/day of high-quality potable water. In 2013 our staff retrofitted a RO-system that is located in Hurghada from 210 m3/day to provide 660 m3/day using the same high-pressure pump. We added PX-220 and booster pump to the system to meet our client needs within minimal cost. In 2012 our staff supervised installation, maintained and operated an ERD system using pelt-on-wheel with a capacity of 1200 m3/day in Marsa-Alam. In addition to the above experience with Egyptian army forces our staff have collaborated in the installation, maintenance and operation of various RO-systems at two tourist villages, namely; Mountain view and Amwaj located at the North Coast, Egypt. We look for challenging engineering projects to inspire our clients with our high-quality potable water or our treated water for planting. DMS is specialised in; Seawater Intake System, Reverse ...Read More