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What Water Problems Does Reverse Osmosis Remove?

By Sheryl Bjorn posted 11-09-2017 01:03

  
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Sometimes it takes advanced problem-solving to turn poor-quality water into clean drinking water – enter reverse osmosis filtration systems. Effective at removing contaminants, solid substances, molecules, minerals, and other impurities*, our reverse osmosis filtration systems include installation that solves water problems many other filters cannot.

What types of water problems does reverse osmosis work best for?

  • Metals – Lead contamination can be relatively common, especially in areas where the water pipes and infrastructure are old and need repair.
  • Minerals – Calcium and magnesium are the two most common minerals that cause hard water.
  • Microorganisms – Bacteria and parasites, such as cryptosporidium, are common contaminants found in water sourced from lakes and rivers.

Aqua-Cleer® Advanced Drinking Water System

The Aqua-Cleer® system includes five stages of targeted water filtering technology with 13 advanced filter options to reduce harmful impurities*, like lead, radium, aesthetic chlorine, hexavalent chromium (chromium-6), and arsenic.

AC-30 Good Water Machine®

Our AC-30 Good Water Machine® offers three advanced filtration methods in one solution. The first filter reduces sediment, the second is a reverse osmosis filter that limits barium, selenium, and other impurities*, and the third is a post-stage carbon filter that freshens your drinking water.

Preferred Series Drinking Water Systems

Each of the three systems from our Preferred Series removes chlorine, volatile organic compounds, lead, and particles to a certain capacity. These advanced filtration systems not only work to remove chlorine and lead, all filters reduce bacterial cysts and up to 99.9% of particles .5 micron and larger.

Contact your local Culligan Man today to schedule your water test – he can help you customize a multi-stage reverse osmosis system that will transform your water from poor-quality to fresh and clean.

*Impurities are not necessarily in your water. 

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