Mineral Infusion Water Purifiers

The Solable 'Lavie' Turns Tap Water into Mineral Water

Bottled water, however wasteful it might be, remains one of the most favored ways for consumers to stay hydrated, which is being targeted with the Solable 'Lavie' system to eliminate the need for it. Coming as a highly efficient water purification solution, the system is able to turn regular tap water into mineral water using a white LED that mimics the UV light from the sun. This treatment creates pure mineral water is 20 minutes that's free of odors, taste, chlorine and other contaminants.

The Solable 'Lavie' water purification system requires no filter to be used as the UV light will be able to provide over 10 years of usage before needing to be replaced. The box for the system is crafted from bamboo to further increase the overall eco-friendly nature of the solution.
Trend Themes
1. Eco-friendly Water Purification - Exploring innovative solutions to eliminate the need for bottled water and reduce waste by purifying tap water into mineral water.
2. UV LED Technology - Utilizing UV LED technology to mimic the sun's UV light for purifying water, offering an efficient and sustainable alternative to traditional filtration methods.
3. Long-lasting Water Purification - Developing water purification systems with long-lasting UV light technology to provide over 10 years of usage without the need for regular filter replacements.
Industry Implications
1. Water Filtration - The water filtration industry can leverage eco-friendly solutions and UV LED technology to create efficient and sustainable water purification systems.
2. Beverage Packaging - The beverage packaging industry can explore disruptive innovations in eco-friendly water purification systems to reduce the dependency on bottled water and promote sustainable alternatives.
3. Home Appliance - The home appliance industry can tap into the market demand for long-lasting and eco-friendly water purification systems by integrating UV LED technology into their products, eliminating the need for frequent filter replacements.

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