Desalinated water from EnviroFALK reverse osmosis systems

The best way to describe the function of a reverse osmosis system is that it simply reverses the completely natural process of osmosis. In detail, the following happens in a reverse osmosis system: Under pressure, the saline solution is led past semi-permeable membranes, which are used in the form of winding elements. This frees the solution from particulate matter and ions, as only these can pass through the membrane. The result: pure water, which is called permeate in technical jargon. Finally, the remaining water content retained by the membrane is discharged with a second partial flow.

Pre-treatment is one of the main components of a reverse osmosis system. This prevents calcium and magnesium scaling on the membranes. EnviroFALK uses processes such as water softening through ion exchange or hardness stabilization using an antiscalant for pre-treatment.

Every component of an EnviroFALK reverse osmosis system meets the highest requirements for consistently high water quality and maximum safety. Would you like to order an EnviroFALK reverse osmosis system? Well, we don’t just supply you with a system for your pure and ultrapure water treatment. Instead, we develop a solution that fits your area of application in every respect. Give us a call, because we are here for you!

What the reverse osmosis process is all about is explained simply by clicking on “Reverse osmosis – Reverse Osmosis (Reverse Osmosis System)”. If you would like to get an overview of the function of an EnviroFALK reverse osmosis system, it is best to contact your EnviroFALK expert straight away.

Yes! Reverse osmosis is a membrane process that retains ions as well as particulate substances in the water. This reverses the natural process of osmosis. In reverse osmosis systems, the saline solution (e.g. softened city water) is passed under pressure through semi-permeable membranes in the form of winding elements. Only the solvent, i.e. pure water, passes through the membrane and is obtained with a very low salt content as so-called permeate. All water constituents are concentrated and must be discharged to the sewer with a second partial flow, the concentrate.