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If you’ve recently installed a whole house water softener in your home, then you’re probably going to want to clean up all the soap scum hard water created in your bathroom. If you didn’t know, scum forms in showers and bathtubs when soap reacts with calcium and magnesium that are normally found in tap water. This reaction leaves a curd-like film on surfaces as well as on skin and hair. Over time, that scum starts to build up and become more and more difficult to clean off.
Water hardness is defined by the U.S. Geological Survey as the levels of dissolved minerals, particularly calcium and magnesium carbonates, in the water supply that serves your home. Minerals leach into groundwater supplies through exposure to natural soils and rock as the water flows over or moves through these formations.
Although it looks crystal clear, drinking water contains microscopic particles of a wide range of substances. Whether you receive your drinking water from a private well or a municipal water treatment system, these microscopic particles are known as total dissolved solids, or TDS.
Nobody wants to come home to water that smells like rotten eggs. You can’t drink it, you can’t bathe with it, and you simply can’t stand it. If the rotten egg smell from water has hit you before, it’s a scene you wouldn’t want to relive. The impact is so strong that with it comes an almost irresistible urge to puke. That stinker does stink!
Water softeners are used around the world to remove dissolved minerals from household water supplies. Installed between the municipal water supply piping and the household plumbing fixtures, water softeners rely on principles of chemistry – particularly the phenomenon of ion exchange – to purify and soften water used for drinking, cleaning, and bathing. Inside the water softener system lives a specially formulated material known as “softener resin”, sometimes called “cation resin”. In this guide, we will dive deep into resins, including what they are, what they are made of, how they work to purify clean, freshwater.
Microorganisms, minerals, and some tiny particles are known to pass through ordinary filters. These contaminants could be dangerous to unsuspecting people who drink such water. However, there’s a filter that guarantees the removal of dangerous microorganisms, minerals, and other particles from water. And that’s the reverse osmosis water filter! So, let’s discuss everything you need to know about reverse osmosis!
In this article, we’re going to discuss a few key things that you’ll need to be able to maintain the safety and well being of you and your family during an emergency situation such as a natural disaster or power outages
Osmosis itself is a natural process used by living organisms; diluted solutions pass through cell walls to mix with more concentrated solutions, helping to balance the concentrations of the two solutions. A perfect example of natural osmosis at work is when the skin of your fingers shrivels after prolonged exposure to water, such as swimming in the ocean. Through the osmotic process, water from our bodies passes through skin tissues and into the water surrounding us.