Adya Clarity® is composed of natural ionic sulfate mineral salts extracted from volcanic rock known as biotite mica vermiculite. Biotite, a silicate mineral similar to zeolites, is part of the same family of aluminosilicate minerals. Like zeolites, biotite is valued for its ability to support detoxification and purification processes, making it an ideal ingredient for water treatment.

• Purified Water: 97.5%
• Ionic Sulfate Mineral Salts: 2.5%

It contains the following minerals:

• Iron: 1,330.0 PPM
• Magnesium: 451.0 PPM
• Potassium: 271.0 PPM
• Phosphorus: 30.5 PPM
• Calcium: 26.3 PPM
• Manganese: 21.6 PPM
• Zinc: 2.1 PPM

PPM = parts per million

Additionally, Adya Clarity® includes up to 80 trace minerals, such as alum, cerium, chromium, cobalt, copper, lanthanum, lithium, nickel, rubidium, scandium, selenium, silicon, strontium, sulfur, titanium, and vanadium. Note: As a natural substance, the mineral composition can vary slightly.

Adya Clarity® employs ion exchange technology through its natural ionic sulfate minerals to effectively purify water. This process neutralizes/reduces harmful contaminants and improves water quality. The purification occurs in four stages: flocculation, agglutination, coagulation, and deposition.

Stage 1: Flocculation

The ionic sulfate minerals in Adya Clarity® initiate the purification process by promoting flocculation. Charged minerals attract oppositely charged contaminants, such as heavy metals and organic impurities, causing them to clump together into visible clusters for easier removal.

Stage 2: Agglutination

During agglutination, the clusters formed in the flocculation stage combine into larger, more stable aggregates. These larger particles make the contaminants easier to isolate and remove in subsequent steps.

Stage 3: Coagulation

In the coagulation stage, the ionic sulfate minerals neutralize smaller, dissolved impurities, transforming them into insoluble particles. This step ensures even fine contaminants, including organic compounds, are captured for complete purification.

Stage 4: Deposition

In the final stage, deposition (or sedimentation), the heavier insoluble particles settle to the bottom of the container. This process separates clean water from the contaminants, leaving a purified layer of water ready for filtration or consumption.

Adya Clarity’s natural ionic sulfate minerals drive the ion exchange process by:

• Attracting and Replacing Harmful Ions: The charged minerals selectively bind with and replace harmful contaminants such as heavy metals, pesticides, and pharmaceuticals. This exchange removes impurities while stabilizing the water's ionic balance.
• Forming Insoluble Compounds: The reaction between ionic minerals and contaminants transforms harmful substances into insoluble particles that are easier to remove.

Adya Clarity® stands apart from standard filtration methods by combining purification, enrichment, and water structuring:

• Removes Harmful Contaminants: Neutralizes and reduces over 250 contaminants, including fluoride, VOCs, and heavy metals.
• Enhances Taste: Restores clean, refreshing water free of chemical odors or aftertastes.
• Adds Essential Minerals: Enriches water with bioavailable trace minerals like magnesium, potassium, and calcium, which support hydration and overall health.
• Structures Water: Creates structured water, a form naturally found in living cells, which promotes better hydration and improved cellular function.

Adya Clarity® harnesses the power of natural ionic minerals, advanced ion exchange technology, and water structuring to provide a sustainable, effective solution for cleaner, healthier, and more hydrating water.

Adya Clarity® removes a broad range of harmful substances, including:

• Heavy Metals
• Pesticides & Insecticides
• Herbicides
• Pharmaceuticals
• BPA & Phthalates
• Disinfectants & Disinfection Byproducts
• Fluoride
• VOC's (Volatile Organic Compounds) and SVOC's (Semi-Volatile Organic Compounds)
• PCB's (Polychlorinated Biphenyls), PAH's (Polycyclic Aromatic Hydrocarbons), and PAC's (Polycyclic Aromatic Compounds)

For the full list of contaminants, visit our Contaminant Reduction Page.

Structured water, also known as EZ (Exclusion Zone) water, is identified by its UV spectrum absorbance. Research shows that structured water occurs when the UV absorbance at 270nm is 1 or greater. Adya Clarity® exceeds this threshold with an absorbance value of 1.3584, demonstrating its ability to create structured living water.

Adya Clarity® achieves this through its natural ionic sulfate trace minerals, which interact with water molecules to form an organized, structured state. This structured water supports improved hydration and enhanced cellular function, aligning with findings from Dr. Gerald Pollack’s research on the benefits of EZ water.

View the test report at the bottom of our Lab Testing Page.

No, Adya Clarity® is not a mineral supplement. While it contains trace minerals, its primary purpose is to purify and enhance the quality of water, not to serve as a dietary supplement.

Yes. Adya Clarity® traps 100% of the fluoride ions and reduces the concentration of sodium fluoride below the detection limit of EPA method 340.2.

Adya Clarity contains aluminum because it’s part of the naturally occurring mineral complex extracted from biotite black mica, a volcanic rock in the aluminosilicate family—the same category as zeolites and bentonite clay. These types of minerals naturally contain aluminum bound with silica and other elements.

There’s a lot of misunderstanding about aluminum, but it’s important to know that not all aluminum is the same. When aluminum is part of an aluminosilicate, like in clays or zeolites, it’s bound in a stable, natural form—and that’s exactly what you’re getting in Adya Clarity.

The aluminum in Adya Clarity® is in its ionic form, specifically aluminum sulfate, which is a natural mineral salt. It works with other minerals like iron to purify water through a process called flocculation—binding to contaminants so they can be removed during filtration.

This mineral complex is not man-made or chemically altered. It comes straight from nature, and has been used safely and effectively for centuries in traditional water treatment methods.

So while aluminum is present, it’s not the synthetic or harmful type people worry about—it’s part of a natural, balanced mineral system that helps purify your water.

There's a significant difference between metallic aluminum used in industrial products like cosmetics and cans and the naturally occurring aluminum found in clays, rocks, and minerals such as biotite and zeolites.

Many elements, including aluminum, exist in different forms—some of which can be harmful, while others are completely safe and even beneficial.

Adya Clarity® contains aluminum as part of a naturally occurring mineral complex derived from biotite mica, an aluminosilicate mineral similar to zeolites, which also naturally contain aluminum.

• Metallic Aluminum: Extracted and processed from bauxite ore, this form is used in packaging, cosmetics, and industrial products. Prolonged exposure to certain applications of metallic aluminum has raised health concerns.
• Naturally Occurring Aluminum: Found in minerals like biotite and zeolites, this form is chemically bound with other elements in a stable, natural state. It is safe and has been used for centuries in water purification.

The aluminum in Adya Clarity® is not extracted or isolated. Instead, it exists naturally as part of an ionic sulfate mineral compound, which works to bind and remove impurities from water safely and effectively.

No, aluminum is not classified as a heavy metal. Heavy metals, like lead, mercury, and cadmium, are defined by their high density and potential toxicity, even in small amounts.

Aluminum, in contrast, is a lightweight, abundant element that naturally occurs in the Earth’s crust.

Furthermore, the aluminum inside of Adya Clarity is not elemental metallic aluminum; it's aluminum sulfate, a naturally occurring mineral salt similar to that found in many popular detox clays and zeolites.

Aluminum sulfate in Adya Clarity® plays a critical role in water purification, working synergistically with iron sulfate to bind impurities and contaminants. 

Together, aluminum and iron form positively charged ions that attract negatively charged particles (such as dirt and other impurities), causing them to clump together in a process known as flocculation. These impurities then precipitate out, making it easier to filter them, leaving the water clearer and safer to drink

This natural purification process is rooted in the properties of aluminum and iron, which work together to improve water quality. These minerals, derived from biotite mica, are part of a safe, ionic sulfate mineral complex.

For more information about the historical use of aluminum and iron in water purification, check out these resources:

• Ancient Egyptian Water Engineering
• Water Treatment in History
• Science Direct Article on Water Purification

After treating 1 liter of water with 1 ml of Adya Clarity®, approximately 0.1 mg of aluminum remains in the water after flocculation. View test results.

This is well within the EPA’s recommended safe range for drinking water, which is 0.05–0.2 mg/L. View EPA guidelines.

Adya Clarity® does not have an expiration date. When stored properly, in a dry place between 40–90°F, it remains effective indefinitely.

Adya Clarity® is made in our manufacturing facility in Michigan, USA, following GMP (Good Manufacturing Practice) standards.