Description

5000 LPH RO Water Treatment Plant, Reverse osmosis is the process of exerting pressure over the osmotic pressure on a membrane to force a solvent through an area of high solute concentration and into a region of low solute concentration. This is the opposite of the usual osmosis process, which occurs naturally when no external pressure is applied and involves the passage of solvent through a membrane from a region of low solute concentration to an area of high solute concentration. Since the membrane in this case is semipermeable, only solvent can pass through, but not solute.

The amount of raw water that a RO water purifier can filter is simply expressed in terms of LPH, or litres per hour, that is how RO water purifiers are rated. This makes it possible for customers to choose wisely based on demand.

Features of 5000 LPH RO Water Treatment Plant:

To ensure that the water is completely pure after treatment, it is equipped with a pre-filter, RO membrane, and disinfection filter. It is designed to have a higher than 50% water recovery rate, be long-lasting, and support high-pressure pumps. A large-scale industrial RO plant, the 5000 LPH RO Plant can process 5000 liters of water per hour.

The 5000 LPH RO Plant has a RO membrane, micron filter, flow metre, pressure sand filter, and antiscalant dosing system to suit the high water quality need. The RO membrane is used to remove extra minerals, while UV light is used to sterilize water by destroying microorganisms.

Technical specifications of 5000 LPH RO Plant

Working function of 5000 LPH RO plant:

1. Raw water: the raw water is pumped using a high-pressure pump to increase pressure on the salt side of the RO and force water past the RO membrane.

2. Dual filer media: It is employed to clear debris, iron, suspended matter, and other substances that could clog the membrane.

3. Anthracite filter: It primarily serves as a water filter.  In comparison to single media filter beds, it provides advantages including higher service flow rates, longer filter runs, lower backwash rates, lower head loss, and usually prolongs the life of the filter beds.

4. Micro Cartridge filter: Particles and resin fines that could flow through under drains and block a pure water system are removed downstream using Micro Cartridges.

5. High pressure pump: A high-pressure pump is used to pump the pre-treated water to a high pressure that will allow it to pass through the RO membrane.

6. Reverse osmosis system: When pressure forces water through a semipermeable membrane, reverse osmosis eliminates pollutants from the feed water. To produce clean drinking water, water flows from the more concentrated (with more contaminants) side of the RO membrane to the less concentrated (with fewer contaminants).

7. Storage tank: It serves as a storage container for the water that the reverse osmosis membrane gradually purifies.

8. Post treatment: The permeate may undergo post-treatment techniques like remineralization, disinfection, and dechlorinationin order to meet the necessary water quality parameters.