What Is Ormus and Why Make It Yourself?

Ormus, also known as ORMUS (Orbitally Rearranged Monoatomic Elements), white powder gold, or m-state minerals, refers to a collection of monoatomic elements believed to exist in a high-spin state. These include gold, rhodium, iridium, platinum, and other platinum-group elements found naturally in seawater, volcanic soils, and certain mineral deposits.

The wet method is the most accessible home extraction technique. It uses a simple chemical precipitation process: lye (sodium hydroxide) raises the pH of saltwater, causing mineral-containing precipitate to drop out of solution. The result is a milky-white substance rich in trace minerals and m-state elements.

While commercial Ormus products offer convenience and lab-tested consistency, making Ormus at home gives you complete control over ingredients, purity, and cost. A single batch costs under $5 in materials and yields enough for several weeks of daily use. For those serious about Ormus, the wet method is a rite of passage, and it is easier than you might think.

Safety Precautions: Read First

Working with lye requires careful handling. Follow these safety rules before you begin:

• Wear safety goggles and gloves. Lye is highly caustic and can cause chemical burns to skin and eyes.
• Always add lye to water, never water to lye. Adding water to lye can cause a violent exothermic reaction and splashing.
• Work in a well-ventilated area. Lye solution releases fumes, especially when first mixed.
• Use only glass or ceramic containers. Metal containers and utensils can react with the solution and contaminate your Ormus.
• Keep vinegar nearby. Vinegar neutralizes lye on skin or surfaces. If lye contacts your skin, rinse immediately with vinegar, then water.
• Do not use aluminum. Aluminum reacts violently with lye and will destroy both your equipment and your Ormus.

Equipment and Ingredients

Here is everything you will need to make Ormus using the wet method:

Choosing the Best Salt for Ormus

The salt you choose directly determines the mineral composition of your Ormus. Different salts contain different trace mineral profiles:

• Dead Sea salt: Highest in m-state elements, particularly gold and iridium. The gold standard for Ormus production. Yields the most precipitate by volume.
• Celtic sea salt: Rich in magnesium and trace minerals. Produces a gentler Ormus suitable for beginners. Slightly lower yield than Dead Sea salt.
• Himalayan pink salt: Contains 84+ trace minerals. Produces a pink-tinted Ormus with a broader mineral spectrum. Lower in m-state elements than Dead Sea salt.
• Atlantic sea salt: A budget option with decent mineral content. Good for practice batches before using premium salts.

For your first batch, we recommend Dead Sea salt because it produces the most precipitate and the highest concentration of m-state elements. Read our full guide on the best salts for Ormus for a detailed comparison.

The Wet Method: Step-by-Step Instructions

The wet method is the most popular home extraction technique. It works by raising the pH of saltwater using lye, which causes Ormus-containing minerals to precipitate out of solution. Here is how to do it:

Step 1: Prepare the Salt Solution

Dissolve 1 cup of non-iodized sea salt in 4 cups of distilled water in your glass or ceramic bowl. Stir thoroughly with your glass rod or wooden spoon until the salt is completely dissolved. The water will become slightly cloudy, which is normal. Avoid using tap water, as chlorine and fluoride can interfere with the precipitation process.

Step 2: Prepare the Lye Solution

In a separate glass container, carefully dissolve 1 tablespoon of food-grade lye (sodium hydroxide) in 1 cup of distilled water. Always add the lye to the water, never the other way around. Stir gently with a glass rod. The solution will heat up, which is normal. Let it cool to room temperature before proceeding.

Step 3: Raise the pH Slowly

This is the most critical step. Using a dropper or small measuring cup, add the lye solution to the salt water very slowly, about 1 tablespoon at a time. After each addition, stir gently and check the pH with your meter or test strips.

Continue adding lye solution until the pH reaches 10.3 to 10.78. This is the sweet spot for Ormus precipitation. Do not exceed pH 10.78, as going higher can cause undesirable compounds to precipitate. The solution will become cloudy and a white precipitate will begin forming at the bottom.

Step 4: Let It Settle

Once you have reached the target pH, stop adding lye. Cover the bowl with a clean cloth or glass lid and let it sit undisturbed for 12 to 24 hours. During this time, the white precipitate (your Ormus) will settle to the bottom, and the liquid above it will gradually become clearer.

Step 5: Wash the Precipitate

After settling, carefully pour off the clear liquid on top without disturbing the white precipitate at the bottom. Do not pour it all out, as you should leave about an inch of liquid above the precipitate to avoid losing material.

Refill the bowl with fresh distilled water, stir gently to redistribute the precipitate, and let it settle again for another 12 hours. Repeat this washing process 3 to 4 times. Each wash removes excess salt, lye, and impurities, leaving you with cleaner Ormus.

Step 6: Test, Transfer, and Store

After the final wash, test the pH of the rinse water. It should be close to neutral (pH 7-8). If it is still strongly alkaline, wash one more time. Once the pH is neutral, transfer the washed precipitate to a dark glass bottle with a dropper. Keep it refrigerated for best results. Properly made and stored Ormus can last 6 months or longer.

The Dry Method: An Alternative Approach

The dry method is a simpler but less precise alternative to the wet method. Instead of using lye precipitation, it relies on repeated rinsing of mineral-rich salt with water to extract m-state elements.

To use the dry method: Start with 1 cup of Dead Sea salt or Celtic sea salt. Rinse the salt with distilled water 3 times, collecting the rinse water each time. Then dry the rinsed salt in a glass dish in the sun or a low oven (under 200 degrees F). The resulting powder contains concentrated m-state minerals.

The dry method produces less concentrated Ormus than the wet method and does not require lye, making it safer for beginners who are uncomfortable handling caustic chemicals. However, the yield is significantly lower and the mineral profile is less predictable.

The Magnetic Trap Method

The magnetic trap method is a more advanced technique that uses magnetic fields to separate m-state elements from water. This method does not use chemicals at all. Instead, it relies on the unique magnetic properties of Ormus elements.

A magnetic trap consists of a water source (spring water or structured water) passed through a tube surrounded by strong neodymium magnets arranged in a specific configuration. The magnetic field deflects m-state elements to one side of the flow, allowing you to collect the Ormus-enriched portion.

Magnetic traps can be purchased commercially or built at home using PVC pipe, neodymium magnets, and a water pump. The Ormus water produced by this method is less concentrated than wet-method precipitate but is considered by some practitioners to be more bioavailable. Read more about the vortex trap method for a detailed build guide.

Troubleshooting Common Issues

How to Use Your Homemade Ormus

Once you have made your Ormus, the recommended dosage is 1/4 to 1/2 teaspoon per day, taken sublingually (under the tongue) for best absorption. Hold it in your mouth for 30 to 60 seconds before swallowing. Some users prefer to add it to water or juice.

Store your Ormus in a dark glass bottle in the refrigerator. Avoid direct sunlight and metal containers, as both can degrade the m-state elements. For detailed dosage guidance, read our beginner guide to using Ormus.

Homemade vs. Commercial Ormus: Which Is Right for You?

Making Ormus at home is rewarding and cost-effective, but it requires time, careful pH management, and comfort handling lye. Commercial Ormus products offer lab-tested consistency, precise concentrations, and the convenience of a ready-to-use product.

For beginners who want to try Ormus without the chemistry experiment, we recommend starting with a commercial product. Once you understand how Ormus affects you, you can experiment with making your own to customize the mineral profile and save money. Learn more about the benefits of Ormus or explore our FAQ about Ormus for more information.

Disclaimer: This guide is for educational purposes only. Ormus minerals are not evaluated by the FDA and are not intended to diagnose, treat, cure, or prevent any disease. Always exercise caution when handling lye and follow all safety precautions. Consult a healthcare professional before using Ormus or any mineral supplement.