Industrial Seawater RO 2x 200m3/Day - Azerbaijan

Product Description

Application: Irrigation Water Treatment

Seawater Reverse Osmosis System Model SW-52K-2580 from our SWI Series.

On the larger RO skid, there is a 44 power Grundfos motor pump and the other RO skid has a 20 power Grundfos pump. A PLC is included with a color touch panel to take measurements like feed conductivity and ORP are monitored by Signet brand instrumentations. The skid is equipped with a fresh water inlet and solenoid to periodically flush the membrane with fresh water for preservation of the system as opposed to letting seawater remains sit on the membranes for any given period of time. Three parallel mounted 5-micron cartridge filters along with low- and high-pressure switches are included. The low-pressure switch is designed for shutting off the pump and motor in the event that there is sufficient feed water. The high-pressure switch is to ensure that the maximum pressure for the system is not exceeded. The designed pressure for these systems is approximately 500 PSI from which it produces 400 cubic meters of product per day. This shipment includes a cleaning skid which consists of a mixed/clean tank where the cleaning chemicals are mixed and then pumped through either of the systems for periodical cleaning. The fresh water flush does in fact lessen the required frequent chemical cleaning, but is insufficient on its own. The entire system will be shipped by means of ocean freight to Azerbaijan.

Seawater Reverse Osmosis Systems are built for highly inconsumable water sources like the sea, removing enormous amounts of salt and other contaminants from them. Denying salts, particulates, and other contaminants from carrying on, water molecules are only permitted through the tiny pores of the membrane. Fresh, purified water emerges on the permeate side and is ready to be collected while salt, particulates, and other contaminants are discharged into a drain from the concentrate side.

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Water Challenges: The challenges of providing sufficient freshwater for irrigation purposes is seen in the vital importance of quality water contributing to effective plant growth. Untreated water has the potential to prevent enough growth of fruits and vegetables which in turn, reduces the amount of food capable of being produced. To prevent this from occurring, irrigation companies are utilizing water treatment systems such as reverse osmosis to purify contaminated water from natural sources in order to provide high quality water for their plants.

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Applied Solution: This project consists of 2 Reverse Osmosis systems that together will produce 400 m³ per day of product.

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