How to Read a Mineral Analysis

A look at mineral testing and Redmond's mineral profile of over 60 trace minerals for soil and livestock operations

Posted by Brooke Loeffler on Sep 3, 2021 8:32:56 PM

Because minerals continuously leach from the Earth’s surface (due to wind, precipitation, and erosion) seas are a treasure trove of life sustaining minerals. Redmond’s minerals are harvested from the crystallized remains of a Jurassic Era sea that has been protected by a volcanic bentonite clay cap. This mineral and clay deposit, in central Utah, is geologically unique and serves as the foundation for all our soil and livestock products.

Mineral Testing

As an ancient sea deposit, Redmond’s minerals clearly contain a few different salts. However, one glance at our natural color variations shows there is so much more.

Close up of Redmond sea and volcanic minerals

To learn more about which minerals are present in our deposit, Redmond submitted samples to ISO rated Advanced Labs in Salt Lake City.

How Does Mineral Testing Work?

Mineral testing labs use a variety of methods to find which elements are present in each sample submitted. Not only do they discover the chemical composition of these samples, but also their concentrations (how much of a certain element is present).

Advanced Labs uses specialized instruments that excite the atoms of the sample with plasma. Once heated by the plasma, the sample’s elements give off waves of electromagnetic radiation. Each element has its own signature wavelength. The scientists use an instrument called an ICP-OES to identify each element by their wavelength and an ICP-MS instrument to measure each atom’s mass and find out how much is present in the sample.

Redmond’s Testing Results

Advanced Lab’s measured the different minerals in Redmond’s sample down to parts per million. They found that Redmond’s mineral profile contains over 60 different minerals in varying quantities. These results can be found in our mineral analysis (see below). The majority of these minerals are present in trace amounts and are referred to as “trace minerals.” These trace minerals are contained within a carrier of delicious salts that animals love.

Reading A Mineral Analysis

A reliable mineral analysis will differentiate between a guaranteed analysis and a typical analysis. This allows a mineral report to accommodate for the concentration variations that naturally occur in mineral deposits.

How to Read a Mineral Analysis

  • Guaranteed Analysis: Minerals that are present in every package according to the levels listed

  • Typical Analysis: Minerals that are typically present in every package according to the levels listed

Parts Per Billion vs. Parts Per Million

Redmond requested a mineral concentration test down to parts per million (ppm) because these units are readily used by the agriculture industry. If a parts per billion (ppb) test was conducted, even more minerals would be discovered in Redmond’s sample.

Some companies test their products down to ppb which allows them to inflate the advertised number of minerals in their products. However, these minerals are not present in significant enough quantities that would matter for soil and livestock uses. It would take 1,000 parts per billion to equal 1 part per million. 

  • 1 part per million = 1,000 parts per billion.

Parts per billion vs parts per million

According to the EPA:

“A way to visualize one part per billion (ppb) in water is to think of it as one drop in one billion drops of water or about one drop of water in a swimming pool. One part per million is about 1 cup of water in a swimming pool.”

Why Do These Trace Minerals Matter?

Even though they are only needed in trace amounts, trace minerals provide a wide range of health benefits for all living things. The mineral profile naturally found in deep sea water, has been a point of interest for medical researchers for a long time, especially for Dr. Maynard Murray MD.

He devoted the bulk of his career to studying why ocean life was devoid of the degenerative diseases that plague land animals, including humans. Dr. Murray discovered that the mineral profile of deep sea water was mirrored in the elements and concentrations found in healthy blood, specifically plasma. His book, Sea Energy Agriculture, explores how using deep sea minerals can eliminate trace mineral deficiencies. He said:

“The discovery of these facts led to researching the effects of sea minerals applied to soils and plants for healthier food. The results were astounding—plants grew faster and healthier, were more disease resistant and maintained higher nutritive value. Animals also preferred to graze on the treated pasture land.”

Medical researchers have also noticed that human health suffers when trace minerals are deficient or missing from our diets. The National Institute of Health has researched deep sea water and discovered some fascinating health benefits. Their tests have shown that deep sea water can be used to:

  • Lower cholesterol
  • Protect against cardiovascular diseases
  • Prevent artery plaque
  • Reduce blood pressure
  • Reduce obesity
  • Regulate blood glucose levels (treat diabetes)
  • Treat skin conditions
  • Improve liver and kidney health
  • Reduce fatigue
  • Treat ulcers
  • Prevent cancer cell growth
  • Treat cataracts
  • Strengthen bones and reduce osteoporosis

Here at Redmond Minerals, we are proud of our goal to nourish the world from the ground up with our thoroughly tested and expansive mineral profile of 60+ minerals. For over 50 years, our minerals have supported healthy farming operations by improving plant and animal health, increasing production, and reducing mineral program costs. Give Redmond Minerals a call today at 866-709-3192 to try our products; you and your animals will love it!

© 2024 Redmond Minerals Inc.

Topics: trace minerals, agriculture

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