1. Aurmina: Why Mineral-Rich Water Matters
2. Aurmina: Minerals, Water and Better Hydration
3. Why Add Minerals Back to Your Drinking Water?

Discover Aurmina, mineral-rich water, Pierre Kory’s method, sediment filtration and why adding minerals back to purified water matters.

Aurmina: Why Mineral-Rich Water Matters

Water is essential, but not all water is the same. My article on SUBSTACK here

Reverse osmosis and distilled water can remove many contaminants. They can also remove minerals. That raises an important question: Should we put minerals back into our drinking water?

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Dr. Pierre Kory and his wife, Lisa Kory, developed Aurmina around that idea. Their approach uses a concentrated mineral solution made from volcanic biotite. The company says it contains 29 individually measured elements in soluble sulfate form.

Why Mineralize Your Water?

Minerals naturally occur in many groundwater and spring-water sources. Calcium, magnesium, potassium, iron and other minerals contribute to the composition and taste of water.

Modern filtration can change that mineral profile.

Kory argues that extremely purified water can benefit from broad remineralization. His Substack describes using Aurmina with tap water as well as RO and distilled water.

Aurmina also works differently from a conventional filter. According to the company, its mineral chemistry can cause certain dissolved or suspended materials to bind together into larger particles called floc. Those particles settle, allowing them to be separated from the water.

That is why filtration is an important part of the process.

How Pierre Kory Says to Use It

For municipal or well water, Kory’s published method calls for 1–2 teaspoons per gallon, depending on local water quality.

Stir the water and leave it for 24–72 hours. Kory says he personally prefers about 48 hours.

As the process works, sediment can collect at the bottom.

Do not drink that sediment.

Instead, carefully pour the clear water from the top, leaving the sediment behind. Kory recommends transferring the clear water into a gravity-fed ceramic filter for a final polishing step.

Aurmina’s current instructions similarly recommend filtering treated water with a coffee filter or ceramic gravity filter.

For RO or distilled water, the current Aurmina instructions recommend ½–1 teaspoon per gallon and a much shorter 5–15 minute waiting period.

What About the Brown or Orange Material?

This is one of the most noticeable parts of the process.

The company explains that mineral precipitates, including oxidized iron, can create yellow, orange or brown material. In very low-mineral RO or distilled water, iron can oxidize and form a visible residue.

The important point is simple: separate the sediment from the drinking water.

Use a coffee filter, gravity-fed ceramic filter or carefully decant the clear upper water. Do not pour the heavy sediment into the filter because it can clog the filtration element.

Why Consider Aurmina?

The strongest argument for Aurmina is not that it is a miracle cure. It is that it offers a different approach to water treatment: mineralization plus clarification, followed by filtration.

Aurmina reports independent laboratory testing for reductions of numerous contaminants, while emphasizing that results vary according to the starting water, dosage and contact time.

For people drinking RO or distilled water, the idea of restoring a broad mineral profile may be particularly appealing.

Good water should not only be clean. It should also provide the mineral character that many natural water sources contain.

Aurmina offers one way to pursue that goal while making the sediment-removal step part of the process—not something to ignore.

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