7 Reasons to Use A Reverse Osmosis System for Water Purification

7 Reasons to Use A Reverse Osmosis System for Water Purification

Even though you may not know what a “reverse osmosis water filter system” is or even looks like, by the end of this blog you’re going to become very familiar with the purposes, and most importantly, the benefits they offer!

For more than 50 years, reverse osmosis water filtration systems have been used in residential and commercial applications to provide clean water. Cost efficient and effective, reverse osmosis water filters are one of the best options for your home. Here at iWaterPurification we’re here to help you understand the benefits that these systems offer, and determine if they are right for you and your family.

One of the easiest ways to understand the process of reverse osmosis is to imagine water being forced through a filter. Reverse osmosis is essentially that simple!

Here is a more technical answer from Wikipedia

Reverse osmosis (RO) is a water purification technology that uses a semipermeable membrane to remove ions, molecules and larger particles from drinking water. In reverse osmosis, an applied pressure is used to overcome osmotic pressure, a colligative property, that is driven by chemical potential differences of the solvent, a thermodynamic parameter.”

Simple right? All that you need to take away from that is that reverse osmosis water filtration systems provide you with crystal clean drinking water. Best of all, these systems aren’t overly expensive, especially when compared to other water filtration systems.

Arsenic, lead chloride, fluoride, and mercury — these are just some of the minerals and metals found in water that can be safely removed through a reverse osmosis filtration system. It’s an effective method for removing foreign particles in large amounts of water effectively.

In the early stage of reverse osmosis filter technology, using RO systems to desalinate ocean water wasn’t practical because of the small volume of treated water. The technology wasn’t commercially viable for years, that was until 1959 when two UCLA scientists had a stunning breakthrough.

They created a new, more effective solution to create a truly disruptive new water filtration process. Using hand-cast membranes made from cellular acetate, larger quantities of water can pass through the RO filtration system more efficiently that the end result is well worth the effort.

Furthermore, complex systems can be created where water is run through several different stages, with each stage consisting of multiple filters. The diagram below shows an example of a complex reverse osmosis water filt