|Minimum Order Quantity||1 Unit|
Our prestigious clients can avail from us, an excellent quality array of Sea Water Demineralization Plant
. At our manufacturing unit, the offered plant is manufactured using premium class components and modern technologies as per the defined industry norms under the guidance of dexterous technocrats. Moreover, our quality experts inspect this plant on different parameters of quality to ensure defect free delivery at our patrons' end. This plant is used for removing biological impurities from the raw water.Features:
- High functionality
- Excellent performance
- High durability
- Long service life
- Membrane Unit for slat separation
- pH correction
The incoming feed water is pretreated to be compatible with the membranes by removing suspended solids, adjusting the pH, and adding a threshold inhibitor to control scaling caused by constituents such as calcium sulphate.Pressurization:
The pump raises the pressure of the pretreated feed water to an operating pressure appropriate for the membrane and the salinity of the feed water.Salt Separation:
The permeable membranes inhibit the passage of dissolved salts while permitting the desalinated product water to pass through. Applying feed water to the membrane assembly results in a freshwater product stream and a concentrated brine reject stream. Because no membrane is perfect in its rejection of dissolved salts, a small percentage of salt passes through the membrane and remains in the product water. Reverse osmosis membranes come in a variety of configurations.Two of the most popular are spiral wound and hollow fine fiber membranes (see Figure 17). They are generally made of cellulose acetate, aromatic polyamides, or, nowadays, thin film polymer composites. Both types are used for brackish water and seawater desalination, although the specific membrane and the construction of the pressure vessel vary according to the different operating pressures used for the two types of feed water.PH correction:
The product water from the membrane assembly usually requires pH adjustment and degasification before being transferred to the distribution system for use as drinking water. The product passes through an aeration column in which the pH is elevated from a value of approximately 5 to a value close to 7. In many cases, this water is discharged to a storage cistern for later use.
Prices may be vary as per customer requirement.