At Smile Water, our mission is to deliver pure, natural hydration from the heart of Georgia’s mountains while caring for our planet’s future. We believe everyone deserves clean, refreshing water without compromising the environment. From our protected spring source to our eco-friendly, recyclable aluminum bottles, we are committed to sustainability at every step. Our process ensures that the water you enjoy is as good for your body as it is for the earth. By choosing Smile Water, you join us in reducing plastic waste, helping us preserve the environment for future generations.
Every step we take is a step toward creating a cleaner, greener world. Together, we’re making a difference—one bottle at a time.
Our Mission
Sustainable, Eco-friendly Environment
At Smile Water, our mission is to deliver pure, natural hydration from the heart of Georgia’s mountains while caring for our planet’s future. We believe everyone deserves clean, refreshing water without compromising the environment. From our protected spring source to our eco-friendly, recyclable aluminum bottles, we are committed to sustainability at every step. Our process ensures that the water you enjoy is as good for your body as it is for the earth. By choosing Smile Water, you join us in reducing plastic waste, helping us preserve the environment for future generations.
Every step we take is a step toward creating a cleaner, greener world. Together, we’re making a difference—one bottle at a time.
100% Natural. 0% Messed with.
Sun Protection
Aluminum offers superior protection from light, oxygen, and other elements, helping to preserve the water’s flavor.
Fully Degradable
Our aluminum bottles contain at least 75% recycled content and are 100% recyclable.
Naturally Refined
Sourced from Appalachian granite, this water is naturally pure, crisp, and mineral-rich.
From Deep Ground
Sourced from protected mountain springs, our water carries the perfect balance of purity & natural minerals.
Sustainability
Hydration That Protects
Our Planet
Did you know that most plastic bottles are only recyclable up to 4 times? At Smile Water, we’re changing the game with aluminum bottles that are infinitely recyclable. By choosing Smile Water, you’re helping reduce landfill waste and ocean pollution, one smile at a time. Together, we can create a world where every bottle has a second (and third, and fourth…) life. Let’s make sustainability the standard—not the exception.
From the crisp taste of our water to our eco-conscious packaging, Smile Water is hydration redefined.
Pure, Refreshing, and Sustainable
Sourced and filtered for unparalleled purity and taste.
Infinitely Recyclable Aluminum Bottles
Our aluminum bottles are part of a circular economy—recycled again & again.
Designed for Convenience
Lightweight, durable, and perfect for on-the-go hydration.
Eco-Conscious Commitment
Every bottle of Smile Water reduces plastic waste and protects our environment.
Our Process
Discover the meticulous 10-stage purification process, including reverse osmosis, that ensures every drop of our water is pure, refreshing, and free from contaminants.
Removes dirt, debris, and other suspended particles from the water.
Sediment Filter
Reduces chlorine, volatile organic compounds, and other contaminants that can affect taste and odor.
Carbon Filter
Provides an additional level of carbon filtration to further remove impurities.
Second Carbon Filter
The RO membrane filters out dissolved solids, heavy metals, minerals, and up to 99% of contaminants.
R.O Membrane
A second carbon filter that "polishes" the water, removing any remaining tastes or odors.
Polishing Filter
Adds beneficial minerals back into the purified water to improve taste and provide nutritional value.
Remineralization Filter
Exposes the water to UV light to kill any remaining microorganisms
UV Sterilization
Increases the pH of the water to create a more alkaline profile.
Alkaline Filter
Exposes the water to infrared energy to further improve taste and structure.
Infrared Filter
Injects ozone into the water to provide additional disinfection and oxidation of contaminants.