Reverse Osmosis

WETICO offers unlimited capacities and a wide range of Reverse osmosis plants that will fit the client’s needs & expectations, some of WETICO’s plants have been used as part of a unique composition where precise and flawless parameters are mandated. Our Domestic, Clinic, and Laboratory standard product range has a capacity of (10 – 1000 m3/d). The higher demand plants are custom designed for unlimited capacities. Such plants are used the Industrial, Domestic, and Irrigation fields with such capacities as 10,000m3/d and above.

The basic components of any Reverse osmosis plants consists of membranes, pressure vessels that contain the membranes coupled with the structure which cohere the configuration, as well as high pressure pumps and pre/post treatments of the plant.

WETICO considers the material selection of Reverse Osmosis plants an important issue, as appropriate selection will prolong the plant’s life expectancy, Stainless Steel (S.S.) piping is used for feed/reject and high pressure lines; where PVC piping is usually used for low TDS and low pressures. Furthermore; properly selected monitors / controls and displays are chosen so that the plant’s performance will be sustained and monitored properly.

WETICO’s plant module consists of spiral wound membranes inserted in GRP vessels; racking system is designed & built to meet the module configuration, as the spiral wound contour is most successful for domestic & wastewater effluent. The plant’s configuration can be arranged either in parallel to provide adequate hydraulic capacity or in series to affect the desired degree of demineralization, with respect to the site layout.

Quality Control is implemented by stringent procedures throughout the procurement and manufacturing processes. Our procurement department insures that all materials and equipment used meets or exceeds the standards set by the customer. On the other hand, our manufacturing personnel are responsible for supplying and installing QC calibrated gauges which are placed to reflect the actual conditions, as well as product and reject flow indicators that are used to monitor & adjust flows in accordance to the design parameters.