Today water supply is one of the basic needs of human life support. One of the priorities is universal and equitable access to safe drinking water, organized in a safe manner.
Foundation started the implementation of the WATER charitable project, providing clean drinking water to the residents of remote regions by installing modern water supply filtration systems.
First of all it is required to conduct the works on study of the location to define the drilling point for the well and installation of equipment on filtration of underground waters, the final result of which is treated drinking water. During survey works the following factors shall be taken into consideration:
Equipment for water filtration – there are different types of equipment and methods of filtration of water, but tanking into consideration the composition, and complex of chemical and physical properties of underground waters of desert and Aral locale, and the fact, that the selected type of filtration has already proved its efficiency at this region, the reversed osmosis was selected as the method of filtration of the water.
Such technology is widely used for treatment of H2O from biological and mechanical impurities, demineralization, desaltation, is used in household, and as well in the industrial scale for production of food, pharmacy and other branches.
The principle of operation of the reverse osmosis filter is based on semi-permeable diaphragm that passes the water molecules. The bigger amount of impurities remains in the initial solution. In this way water is treated against bigger amount of organic contaminants, micro-organisms, and much in-organic ions.
A simple technological scheme lays in the base of the design. The source water is supplied to the reverse osmosis element (osmosis diaphragm), and thanks to the design of the diaphragm the separation of a stream of the being treated water into clean water and dirty water is done (in other words the water with high concentration of contaminants). The clean water is supplied to the consumers, and the dirty water is drained into the sewage system. Usually, the separate of the stream is done in ratio 50% to 50%.
This equipment is compact and is installed in the room of container type which is insulated against atmospheric influences such as winter cold, summer hit, precipitations, wind and, of course, against unauthorized entry.
In Kangli, access to clean drinking water has been provided to 1,300 people across 300 families. The station is located near School No. 29, serving 383 students and creating essential conditions for health and stable community development.
Watch on YouTubeIn Uyshin, the “Water” program reaches 1,700 residents across 245 families. The station is installed near School No. 75, where 259 students study, ensuring access to clean water both at home and at school.
Watch on YouTubeIn Kizilcholi, the “Water” program provides clean drinking water to 2,300 people. The station is located near School No. 9, where 850 students study, ensuring daily access to safe water during the school day.
Watch on YouTubeThe “Water” program provides residents of remote areas with access to clean drinking water. In Yanboshkala, this solution covers about 6,000 people across 1,500 families and addresses a basic need that directly impacts health and daily life.
Watch on YouTubeThe Prophet صلى الله عليه وسلم said:
“Whoever digs a well will receive reward from Allah on the Day of Judgement when anyone from amongst the jinn, men and birds drink from it.”
[Bukhari and Muslim]