Why Water? Our Story is Personal.
Unless you've experienced thirst, you can't possibly comprehend the yearning for a drop of water. Humans can live weeks without food, but on average we need 11-15 cups of clean water a day to live.
Our Founder Rose Phan personally experienced dehydration during her escape from communism by boat in 1976. In the midst of the infinite vast ocean, being desperately thirsty and on the brink of death, her life was saved by water from a storm. This experience has lived with Rose since that time, and her goal in life is to ensure no one goes without water ever again.
With your caring contributions Zerothirst.org wishes to continue to help people around the world until there is no more thirst. Including creating less plastic waste to protect our mother Earth for the younger generations! This mission not only impacts under developed countries, but even people here in America who live within poverty and cannot afford clean water.
Help us create a healthier planet with less plastic waste, bring clean water around the world and save our planet!
Coconut Carbon
Bellaviewater's filters are infused with the finest granulated activated coconut carbon available, which aids in the greatest amount of reduction per contaminants in your drinking water, guaranteed by Bellaviewater.
BellaVieWater™ Proprietary Adsorbing Media
Bellaviewater's proprietary blend of adsorption media naturally enhances the alkalinity of your drinking water, removes harmful contaminants, and protects naturally occurring trace minerals. Using Bellaviewater's unique Ionic Adsorption Micron Filter Technology water is passed through micro-porous filters to remove harmful pollutants and contaminants found in tap water. The filter removes up to 99.00% of contaminants including unpleasant taste and odors, Chlorine, DDT, MTBE, Benzene, THM's, Heavy Metals such as Arsenic, Lead, Mercury, Copper, Zinc, Aluminum, Chromium, radiological contaminants, and up to 90% of fluoride, leaving pure, high-quality pH water to better hydrate your body.
How It Works
The high-tech, porous, BPA-free plastic microfilter is infused with both the finest granulated activated coconut Carbon available and Bellaviewater's exclusive absorbing media that are coordinated carefully for the reduction of potentially harmful contaminants. Through medical technology, Bellaviewater created a uniform 2-micron absolute pore size for the assured reduction and removal of all four areas of contamination.
Removal of contaminants with carbon is a surface phenomenon known as ABSORPTION, resulting from the molecular attraction of substances to the surface of the carbon. The controlled 2-micron filter contains thousands of interconnected Omni-directional pores that result in a "tortuous path" for superior analytic reduction. This is done by forcing the source of water through the filter. While the contaminants and pollutants are removed, our filters leave in beneficial trace minerals such as calcium, magnesium, and potassium.
Bellaviewater's exclusive Ionic Adsorption Micron Filtration coordinates all processes of contaminant reduction by Absorption, chemical bonding, chelation, and depth filtration. Each product is designed to guarantee the greatest amount of reduction per contaminant. By doing this, Bellaviewater filtering technology beats competing products in the percentage of contaminants removed.
What It Takes Out
The micro-porous body of the filter spearheads the removal of up to 99.00% of the contaminants and pollutants that can be found in drinking water.
Aesthetic - Unpleasant taste and odors, cloudiness, silt, sediment, Chlorine, and Chlorine by-products.
Chemicals - Toxic chemicals (VOCs), Trihalomethanes, PCBs PCEs, detergents, and pesticides.
Dissolved Solids - Including heavy metals such as Aluminum, Asbestos, Fluoride, Cadmium, Chromium 6, Copper, Lead, Arsenic, and Mercury.
Radiological - Radon 222.
pH - Naturally increases the alkalinity of source water up to 9.0 pH.
Laboratory Testing
Bellaviewater's Ionic Absorption Micron Filters are the most laboratories and field-tested of their kind in the world using EPA/ANSI protocols and tested to NSF Standards 42 and 53.