Industrial RO Water Plants

Depending on the kind of raw water you have, there are multiple water filtration systems to choose from if you are looking to remove chemicals, solids, and other impurities from water. RO or reverse osmosis is one of the most popular options among them thanks to its ability to remove more impurities than most other available procedures.

Industrial Reverse Osmosis (RO) Plants

An Industrial RO plant is a system that removes impurities from raw water using reverse osmosis. These plants come equipped with membranes boasting state-of-the-art designs and are capable of removing impurities without using any ion exchange beds, resins, or chemicals.

For your information, the term “raw water” is used for the water type that has not undergone any treatment or has its natural mineral-content intact. RO plants receive raw water either directly from the mains or through a break tank. The quality of this water tends to differ depending on the user’s geographical location.

For a RO plant to work smoothly, having a high-pressure pump is mandatory. This makes the unit different from many other filtration units that do their job using low-pressure water systems. This feature allows RO to remove more impurities from raw water than all those other filtration units.

Commercial RO Plants

The use of an industrial RO plant for commercial purposes is common. The water thus obtained can have a series of applications across different industries. Having a commercial RO plant can even help many businesses to cut expenses at various stages of commercial or industrial production. As there are times when the difference between industrial and commercial systems becomes negligible, often industrial, and commercial uses of RO plants have common grounds between them. Here are a few sectors that may require the use of a commercial RO plant.

  • Aerospace
  • Automotive
  • Food and beverage
  • Agriculture
  • Pharmaceutical
  • Industrial
  • Finishing

Other than that commercial RO plants also find their applications in hotels and hospitals. The system is even used by the military and municipalities for generating pure drinking water.


Industrial RO plant cost is often the main deciding factor when it comes to the specifications of a system. The specifications you can expect an advanced RO plant to possess include the following:

  • Dual media, micron filters, activated carbon filter
  • A filtration system capable of removing chemical impurities, suspended solids, and bacteria such as pathogens e-coli, pseudomonas, and cryptosporidium
  • Ability to handle water with TDS of around 3000 ppm and hardness of around 2200 mg/l
  • Automatic operations
  • Flowmeters, pressure gauges, and display panel


The use of industrial RO plants can offer a series of benefits. They offer more benefits than most other filtration systems known to date and that’s possibly the main reason behind the increasing popularity of RO units. These plants help in saving money, take care of the health and safety of the users, are extremely cost-effective, and require minimum maintenance. Read on to get acquainted with some of the most prominent advantages of using industrial RO plants.

  • There are few other water filtration procedures that are greener than reverse osmosis. RO plants capture impurities in a way so that they can be disposed of correctly.
  • These units don’t involve the use of any harmful chemical and thus never produce hazardous wastewater.
  • Once you purchase your RO plant, the only major industrial RO plant cost you will have to bear is the cost of electricity. This is good news as the modern-day RO units come equipped with advanced technology and consume minimum energy to operate. This keeps the ongoing cost of using these filtration systems relatively low.
  • As the system neither involves the use of any dangerous chemical nor produces hazardous wastes, it takes care of the health and safety of users.
  • You can expect a top Industrial RO plant manufacturer to offer self-contained units, which are units capable of maintaining themselves. These systems can self-clean and don’t need much interaction with the operator. The only thing you’ll need to do as a user is monitoring the operations of the system regularly.
  • The membranes of these units last for as many as two to three years. Factors influencing the longevity of the membranes include the frequency of use, quality of the product, etc.

Working Procedure

Step 1:

When the raw water enters an industrial RO plant, it undergoes prefiltration. The process of prefiltration involves the use of a sediment filter and a carbon filter for removing sediments and chlorine (impurities that can damage or clog RO membranes) from water.

Step 2:

Then, the water passes through the RO membrane. This step removes the dissolved particles that are too small to be seen even by electron microscopes.

Step 3:

Now, it’s time for the water to flow into the storage tank. The tank will hold the water until required. A RO plant will keep filtering water until it fills the storage tank. Once the tank is full, the system shuts off.

Step 4:

When in need of water, the user will have to turn the faucet attached to the RO system on and water will come out of the tank through a postfilter. This will polish the drinking water even further before it comes out of the faucet.


If you are looking for a reliable Industrial RO plant manufacturer, check out the products sold by Aquashakti Water Solution. The RO plants manufactured by this company have the most advanced features and require almost zero maintenance for running smoothly for years. What’s more, they are also priced extremely reasonably.

Frequently Asked Questions

Do industrial RO plants remove essential minerals from water?

This is a myth. All top RO plants come equipped with mineral modulators. These are units designed for producing electromagnetic vibrations to prevent the formation of mineral scale inside the plants’ UV chambers. This ensures that all essential minerals are duly retained.

How long can you keep filtered water stored?

Ideally, you should use filtered water within two days.

How pure drinking water should be?

Ideally, the water you drink should have a TDS content of 500 ppm. If you cannot get water of such high quality, make sure that the water you are drinking has a TDS content of less than 1000 ppm.

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