Pure, Powerful, Proven

Proprietary Ionized Biotite Mineral Complex

Approximately, Aurmina contains the following minerals:

• Iron: 792 mg/l
• Sulfur: 5800 mg/l
• Magnesium: 287 mg/l
• Potassium: 218 mg/l
• Phosphorus: 25.4 mg/l
• Calcium: 45.0 mg/l
• Manganese: 14.27 mg/l
• Zinc: 1.56 mg/l

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

How Aurmina Transforms Your Water: Purification and Ordering

Aurmina operates through two established mechanisms, each grounded in physical chemistry and supported by independent laboratory verification. A third area describes current research into secondary effects on water structure.

Mechanism 1: Contaminant Binding Through Ionic Coordination

What happens: Dissolved minerals create charged surfaces that attract contaminants through electromagnetic interaction. Heavy metals, organic compounds, and other dissolved substances bind to mineral sites through coordination chemistry. Aurmina arrives already in ionic form. Adding it to water disperses these dissolved mineral ions throughout, where their charged surfaces attract and bind contaminants

Observable result: Bound contaminants aggregate into visible particles that settle and can be filtered out, leaving water cleaner without aggressive chemical stripping.

Verification: Independent laboratory testing using EPA-approved methods (ICP-MS analysis) by Dr. Paul Rosenfeld demonstrates contaminant binding and reduction.

Mechanism 2: Restoring Ordered Water Chemistry

What happens: Dissolved mineral ions create organized ionic environments where water molecules arrange into more ordered local structures. Hydration-shell organization around charged ions is well-established chemistry, observed near mineral interfaces in spring waters and rock-fed aquifers.

Observable result: Water exhibits measurable physical changes associated with more ordered chemistry. These changes include altered surface tension, modified viscosity, and changes in hydrogen-bond behavior near mineral surfaces. The implications of these changes are explained in greater depth on our geologically conditioned water page.

Why it matters: This is the ionic environment naturally present in mineral-rich water sources — the condition modern treatment typically removes.

Research Context: Further Structural Effects

Some researchers have proposed that ordered water near charged surfaces can exhibit additional structural properties, including hexagonal arrangements and "exclusion zone" behavior — sometimes referred to as fourth-phase water, following research by Dr. Gerald Pollack at the University of Washington. This area of study is ongoing and remains an active topic in physical chemistry.

Aurmina is not designed around these secondary effects. Its core mechanisms are contaminant binding and the restoration of ordered ionic conditions, both of which operate through well-established chemistry.

Key distinction: Aurmina does not impose order on water. It releases dissolved mineral ions that create the ionic conditions under which water naturally organizes — the same minerally conditioned environment found in mineral-rich springs.

Verified benefits:

• Helps bind heavy metals including lead, mercury, and cadmium
• Helps reduce chlorine and fluoride levels in treated water
• Helps bind compounds associated with agricultural runoff
• May support conversion of hexavalent chromium (Cr6) to the less toxic trivalent form (Cr3)

Frequently Asked Questions