Clear is your water quality partner for new and existing residential buildings, hotels, affordable housing projects, and single-family homes. We install, monitor, and service industry-leading UV reactors at the point of entry to purify water for entire buildings. That means every tap, pipe, shower, fountain, and swimming pool will have bottled-quality water without chemicals or harmful bacteria. With Clear being the only solution for large-scale UV water purification, you can expect better results at a lower cost compared to any other water purification method.
Unlike other water purification methods, Clear UV offers protection from all waterborne illnesses, can scale to large properties, doesn’t use harmful chemicals, doesn’t waste water, uses little energy, and improves hair and skin.
As we provide custom design, installation, and servicing, our costs vary depending on the specific project. What we can say is that Clear UV is the most economical and effective purification solution for medium- and large-scale developments. In addition, it’s possible to pay for Clear UV in operating costs rather than capital expenditures. Reach out with the detailed information about your project for an estimate.
Atlantium, the UV water purification system powering Clear, was founded over 20 years ago and has more than 4,500 installations worldwide at large industrial companies and municipalities. Clear translated this technology to the residential market in 2020 and has been growing ever since.
Clear UV at Home is a completely new technology and the future of UV water purification. Available only for small-scale projects, Clear UV at Home provides up to 10,000 times better water purification while using 7 times less energy and lasting over 30 times longer than conventional UV.
Unlike Clear UV by Atlantium, Clear UV at Home charges all costs up-front. The exact costs vary depending on installation requirements but are comparable with other water purification methods while having no ongoing servicing requirements over the long term.