Industrial Reverse Osmosis Systems
Reverse Osmosis may be the perfect water purification method for your needs. Get in touch with us today for the manufacture or installation of your industrial RO system.
Advantages of Our RO Systems for Industrial Applications
Uncompromised Purity
Improved Efficiency
Cost Savings
Unparalleled Reliability
What RO Systems We Offer

Our RO systems are some of the best on the market and operate at a reliable 70% efficiency with low energy membranes. This means that for every 100 L of impure water you put through the water purification system, you get 70 L of pure water to service, which is a pretty good ratio.
Industries That Should Consider
Using RO Systems

Food & Beverage
Concentrating juices, processing dairy products, and ensuring consistent taste quality in wines and beers.

Power & Energy
Producing mineral-free boiler water to protect power plant equipment from deposits and corrosion.

Pharmaceutical & Healthcare
Creating ultrapure water essential for drug manufacturing and sensitive laboratory work.

Electronics & Semiconductor
Delivering contamination-free water for rinsing components and manufacturing microchips.

Automotive
Treating production water and recycling wastewater to reduce consumption and environmental impact.

Agriculture & Aquaculture
Supplying purified water for hydroponic systems, greenhouses, and maintaining optimal reef aquarium conditions.
Frequently Asked Questions
Reverse Osmosis does not work on its own. The purification process is only as good as the pre-treatment of the water that is feeding it. Certain contaminants will damage Reverse Osmosis, including free chlorine, calcium and magnesium.
So you have to pretreat the freed water with activated carbon to remove the free chlorine and then a water softener to strip out the calcium and magnesium before it can be put through the RO system.
If you fail to do this, then the free chlorine in the water will degrade the membrane and let organic contaminants through, and the calcium and magnesium will scale the membrane up, reducing its efficiency and working life.
This is the reason many industries consider Reverse Osmosis to be wasteful, time-consuming and expensive. The conventional alternative is deionisation.
The osmosis process is a naturally-occurring phenomenon where less concentrated saline solution tends to migrate to a more concentrated solution. Osmosis occurs everywhere in nature, from our kidneys absorbing water from our blood, to plant roots absorbing water.
A semipermeable membrane, usually made of thin-film polyamide is used to clean water which is pumped past its input side under pressure of up to 15 bar and up to 220 psi in a cross-flow direction. From 15 to 70% of the water that passes through the membrane will do to permeate, while the remainder leaves the membrane as a concentrate containing 99% + of the feedwater TDS.
This type of system will remove 99% of organic and inorganic contamination.
A reverse osmosis system typically lasts 10-15 years for the main unit and frame. This is an approximate lifespan if you will perform regular maintenance of the system.
Professional, Detailed, and Highly Recommended
Jonathan Patman, NHS Cambridge university hospitals

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Request a Consultation With Water Expert
If you are unsure about the benefits of reverse osmosis for your application, our team members can help. They can not only recommend the right water purification system for you, but can also answer your questions about any type of purified water system and technology available.










