Ussu Engineering
3 products found

Ussu Engineering products

Reverse Osmosis Systems

Model US- SWRO - Seawater Reverse Osmosis Systems

What is Desalination? Areas that have either no or limited surface water or groundwater may choose to desalinate water. Reverse osmosis is an increasingly common method of desalination, because of its relatively low energy consumption. In recent years, energy consumption has dropped to around 3 kWh/m3 with the development of more efficient energy recovery devices and improved membrane materials. According to the International Desalination Association, for 2011, reverse osmosis was used in 66% of installed desalination capacity (0.0445 of 0.0674 km³/day), and nearly all new plants.

Containerized Reverse Osmosis Systems

All the system with pretreatment, booster pumps, reverse osmosis are installed in 40 Feet ISO Containers. Reverse osmosis systems, with the most general definition, is removal process of the anion and cation ions by an advanced filtration method which the highest technologies are used as a water treatment system. Water is forced to pass from a semi-permeable membranes pages which has 5 angstrom size pores with diameters by applying high pressure. Water, cross flows from the surface to the center of the membrane. During this transition, organic and inorganic substances, heavy metals, projects veins, bacteria, etc. in the structure of the water retains by the membrane and discharges from the reject line. %95 - %99 Purified water can be collected to a tank through permate line. System "autoflush" before the production starts in order to clean the surface of the membrane.

Model US-RO - Brackish Water Reverse Osmosis System

We design reverse osmosis systems as Tailor Made, according to your requirement and raw water analysis. Reverse osmosis systems, with the most general definition, is removal process of the anion and cation ions by an advanced filtration method which the highest technologies are used as a water treatment system. Water is forced to pass from a semi-permeable membranes pages which has 5 angstrom size pores with diameters by applying high pressure. Water, cross flows from the surface to the center of the membrane. During this transition, organic and inorganic substances, heavy metals, projects veins, bacteria, etc. in the structure of the water retains by the membrane and discharges from the reject line. %95 - %99 Purified water can be collected to a tank through permate line. System autoflush before the production starts in order to clean the surface of the membrane.