Since underground waters are important sources in producing drinking water in villages, particularly in developing countries, using new methods of underground water purification is of specific importance. Most pollutants in the underground water resources are caused by penetration of sewages and irregular use of chemical fertilizers or structure of the land in pollutions per case. Therefore, using conventional membrane methods impose energy and additional costs in water purification and treatment.
Some of the sources of underground water contain heavy metals such as chrome, mercury, lead, cadmium, arsenic…the presence of those elements in drinking waters is a large challenge and a serious risk to man and other creatures’ health.
The heavy metal removal plant, by using a safe, economical and highly applicable method, provides healthy and sound drinking water in access of rural and urban population. Since the concentration of heavy metals in the underground waters differs from one place to another and even one season to another season, this technology is able to perform the purification operations with any concentration of heavy metals and bring the concentration of heavy metals to the less than standard limit (set by International Standards).
These systems could be designed in a way that could remove one or more pollutants by adding separate systems:
Pala Gostar Sanat Ab Company, with the aim of specialized and professional activities in the area of design and manufacturing of new water and sewage purification system as well as achieving technical knowledge of designing the omission pollutants from environment in water and sewage area, tries to offer the best approaches with most inexpensive prices to officials in order to supply people especially deprived people of the country with inexpensive technologic methods of water purification.
Counter No. 13, Basement Floor, Faculty of Electrical and Mechanical Engineering, Amirkabir University of Technology, Valiasr Street, Tehran, Iran P.O.BOX : 1591630025
Design By : Mehdi Mokhtari Karchegani