The Ins and Outs of Reverse Osmosis
"Bottled water is better than reverse osmosis water," or "It isn't healthy to drink reverse osmosis water." As Culligan dealers, we've heard all the rumors about reverse osmosis (RO) systems. So here's a little s
"Bottled water is better than reverse osmosis water," or "It isn't healthy to drink reverse osmosis water."
As Culligan dealers, we've heard all the rumors about reverse osmosis (RO) systems. So here's a little science lesson to teach you exactly how reverse osmosis works, and what's true and what's not.
Reverse osmosis is the process by which water molecules are forced through a semi-permeable membrane under pressure. Think back to high school science lab. Remember the experiment with an egg in a glass of water? Once the shell was removed, water traveled through the membrane to balance out the pressure. Culligan RO systems work in a similar way - just reversed.
- First, raw tap water flows through a sediment filter to remove dirt, rust and other solid objects.
- Then the water then flows into a carbon filter which removes 98% of the chlorine and organic chemicals.
- The third step is what differentiates an RO system from other filters. Here, pressure greater than the normal osmotic pressure is applied to the water. The reverse osmosis membrane then separates up to 99% of the dissolved contaminants from the water molecules. These removed impurities are rinsed down the drain leaving behind only pure, clean water
- This water is stored in a reservoir tank, typically located underneath the sink.
- The final step involves pushing water through a final carbon block "polishing filter" accessed through a special faucet on your sink or refrigerator dispenser before it reaches your glass.
But what about the rumors? Most bottlers actually use RO systems like Culligan's in their purification process. Next time you have a bottle of water, read the label. You could be getting the same quality water right in your own home. Reverse osmosis water is also safe to drink. It removes up to 99% of potentially harmful bacteria and impurities leaving you with safe, pure water for consumption.
Now that you've sat through our science lesson (and we're pretty sure you will all get A's) let us know if you have questions or think about applying what you learned to the real world. Visit us on Facebook today!