How To Choose The Right Water Purification System

Posted By on Feb 8, 2015 | 0 comments


With so many people fearful of contaminants and bacteria in their drinking water, purification systems have become more popular than ever before. When considering what type of purification to purchase, there are many factors to consider and it can seem overwhelming at times. To make things a bit easier, check out the different types of commercial water purification systems for sale below to help decide which one is the right fit for your home.

Distillation

Distillation systems use a traditional method of removing contaminants–they heat the water until it turns into a vapor, and then use cooler water to condense the vapor and finally collect it as a liquid. They are a popular choice because they remove a variety of contaminants, but prospective buyers should be aware that many contaminants can still evaporate and be collected as part of the distilled liquid. Distillation systems are also usually large and expensive. That said, the system is perpetually reusable.

Filtration

If you’re confident that the water being pumped into your tap is clean, but still have issues with hardness, taste, or chlorine odor, consider purchasing a filtration system. Filtration devices are usually installed under a kitchen counter, and make a huge difference in the quality of water you consume. Plus, most models are very low-maintenance, meaning that you won’t have to worry about constantly purchasing new parts or servicing old ones. Water filtration systems can generally cost anywhere between $700 and $2000, depending on the model.

Ionization and Reverse Osmosis

Systems that utilize ionization often do so before reverse osmosis. The process of ionization exchanges ions fixed to specialized beads for ions in the water. In so doing, it lessens the hardness of the water, as well as eliminate any inorganic material that has dissolved into the water source. The process of reverse osmosis then pushes the water through a membrane that keeps out dissolved ions such as salt. These systems are often cheap to set up, but require a substantial investment over time.

Ultraviolet

Some water treatment systems utilize ultraviolet rays, though at a far lower intensity than what the sun’s rays deliver. Still, UV treatment systems kill microorganisms and bacteria, while retaining the taste and odor of the original water source. It’s a process that is entirely free of chemicals, and is more effective than chemical options such as chlorine. Even so, UV treatment systems should also include some kind of filter to remove large particles from the drinking water.

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