In Brief: Key Takeaways
Clearing the Air on the MMS Controversy
Recently, there has been significant media attention surrounding a substance known as MMS (Miracle Mineral Solution), often sensationally referred to as the ‘bleach cult.’ Much of this discussion, however, has been based on misinformation rather than facts. The goal here is to introduce some logic and scientific perspective into the conversation, starting with the most fundamental error: the claim that MMS is the same as household bleach.
To be clear, this is not an endorsement of MMS as a treatment for any disease. The purpose of this article is to provide a factual, chemical breakdown of what MMS is, how it differs from bleach, and how its active component is used in various industries worldwide. Let’s separate the chemistry from the controversy.
What is MMS and How is it Different from Bleach?
The primary source of confusion lies in the chemical formulas. While they sound similar, they are fundamentally different compounds with distinct properties.
The Chemical Formulas
Household bleach is a solution of Sodium Hypochlorite (NaOCl). It is a common disinfectant and cleaning agent.
MMS, in its inactive state, is a solution of Sodium Chlorite (NaClO₂). When activated according to protocols – typically by adding a weak acid like citric acid – it converts into Chlorine Dioxide (ClO₂), a gas that dissolves in water. This activated solution is what is referred to as MMS.
The key difference is that extra oxygen atom in sodium chlorite (NaClO₂) compared to sodium hypochlorite (NaOCl). This might seem small, but in chemistry, it changes everything. Consider the difference between oxygen (O₂), the air we breathe to live, and ozone (O₃), a powerful oxidant that can be harmful to the respiratory system. A single atom can create a completely different substance.
What is Chlorine Dioxide Used For?
Chlorine dioxide (ClO₂), the active ingredient in activated MMS, is a well-known and widely used antimicrobial agent. Its properties as a powerful oxidizing agent make it effective at killing microorganisms like bacteria and viruses. For this reason, it has several mainstream industrial applications.
Water Purification
One of its primary uses is for municipal water purification. According to scientific literature, chlorine dioxide is often more effective than standard chlorine (Cl) for disinfecting drinking water, partly because microbes do not appear to develop resistance to it. It is used for this purpose in many parts of the world, including the United States and Germany.
Food Industry Applications
Chlorine dioxide is also used in the food industry. For example, the USDA has researched its use in gaseous form to sanitize produce like berries, which are prone to mold, helping to reduce spoilage and improve safety. Historically, it was also used as a flour bleaching agent, a process that whitens the flour we commonly find in supermarkets.
Is Chlorine Dioxide in Our Drinking Water in Israel?
Many people are surprised to learn what is legally added to public drinking water. A 2016 report by Haim Rivlin on Mako detailed a long list of substances added to Israel’s water supply for treatment and disinfection. This list includes chlorine, sodium hypochlorite (the chemical in bleach), and, notably, sodium chlorite – the very chemical that constitutes MMS before activation. This demonstrates that the substance, at controlled, low concentrations, is considered safe enough by regulatory bodies for inclusion in the water we drink every day.
Understanding these facts is the first step in having an informed discussion. MMS is not bleach. Its active ingredient, chlorine dioxide, is a recognized disinfectant used globally. The debate over its use as a health treatment is a separate issue, which we will explore in the next part of this series.
