Reverse Osmosis Systems Technology review and usage in daily life

Reverse osmosis systems which uses the technology of technical filtration of membranes was first designed by Jean Antoine Nollet back in 1748. To understand more easily the operation of these systems, let’s take an example like this, take a U shaped tube which is evenly separated with a membrane, and fill one side of the tube with salt water and pour pure water in the other, here comes the osmotic pressure in to action, to maintain balance in the system, you can see the water in the salt water side rising. This thrust to maintain equilibrium forms the basic concept of reverse osmosis. In our case the process instead of maintain the balance will separate the solvents from the solute. The membrane used in this filtration chamber are basically made of plastic or other materials which has millions of fine holes which act as the filter of ions and organic components in our case salt. Good thing about these membranes are their pores fine are bacteria resistive.

 

Desalinating sea water was always a nightmare for researchers, due to the sheer scale of the project it was always not cost viable, but thanks to the implementation of Reverse osmosis systems in the 1950’s sea water can be treated with much lesser cost. May Gulf Asian nations use reverse osmosis technology for the sea water treatment. In the America many rural municipalities use reverse osmosis for sewage treatment. Harvested rain water can be purified by these systems, Fruit pulps and juices can be concentrated more effectively using these systems. Used widely in the milk products industry for concentrating milk for effective shipment and production of whey protein powders. Wineries around the world are also widely using these reverse osmosis systems. Since reverse osmosis water is very low in mineral concentration they are widely used in rinsing the cars to prevent the water from spotted in the vehicles.  Also widely used in the production of maple syrups, hydrogen. Reef aquariums use RO systems for artificially mixing sea water.

 

Even though its cost effective and other benefits reverse osmosis systems do possess some serious drawbacks such like in the desalinating plant together with filtering the salt it’s also filters other vital minerals which is vital for the human health, this why you can many gulf Asian countries whose demand for water which is solely based on desalinated reverse osmosis plant import a large volume of minerals. Also the finer membranes can easily pass through harmful chemicals, pesticides and molecules which are smaller than water, which in turn are very dangerous for human health, to avoid this additional layers of carbon filter must be installed to filter them.  Reverse osmosis systems also wastes huge gallons of water which is not suitable for the environment conscious new world.

 

Few of the key Reverse osmosis systems providers and the technology they use their benefits, cost effectiveness as below

 

Pure Aqua: Industrial and domestic reverse osmosis treatment systems

 

           

Pure aqua RO 500 series systems can treat brackish water from 200,000 – 900,00GPD where as the commercial series systems RO 200 series can treat brackish water anywhere between 600 to 15,000 GPD. RO 100 residential treatment systems can be applied to treat brackish water from 25 – 100 GPD.

 

US Water systems: Home and commercial treatment systems:

 

                      

 

US Water systems claim that there commercial treatment systems can treat brackish water from 50 GPD to 144,000 GPD. They also support one to one client consultation and onsite support. There domestic treatment systems can treat from 50 – 150 GPD per day. The emphasize on their fastness of treatment more than the gallons they treat.