Connecting the Dots on Ozone Water
Connecting the Dots on Ozone Water
Please allow me to connect the dots.
I recently watched a discussion between two doctors about water. They reviewed nine different types, explaining the benefits and drawbacks of each. During the Q&A, I asked why ozone water wasn’t part of the conversation. I asked because I believe ozone water may be one of the most powerful — and overlooked — tools for health and wellness, yet it’s rarely discussed in healthcare.
Neither doctor knew much about ozone water. One mentioned knowing another physician using it in cancer research. The other said she uses ozone water to wash vegetables. Interestingly, neither doctor drinks it.
Let’s connect the dots.
Ozone is an energized form of oxygen. Some researchers and clinicians have explored the idea that cancer may be associated with reduced oxygen levels in tissues. If that’s the case, it raises a reasonable question: could ozone — an oxygen-rich compound — play a role in addressing this imbalance? At the very least, it’s a question worth investigating. Yet no connection was made between ozone water and overall health.
Now consider food safety.
Ozone water is widely used to rinse vegetables and fresh produce because it removes bacteria, mold, and contaminants without leaving residue. This helps extend shelf life and reduce the risk of foodborne illness. Ozone has even been approved by the FDA for food safety applications. Leafy greens, for example, often harbor pathogens like E. coli, Listeria, and Salmonella. Washing produce with ozone water helps reduce these risks.
Again, no dots connected.
Now consider the bigger picture.
Ozone water is already used in food processing, water treatment, and sanitation industries. It’s trusted to disinfect surfaces, water, and produce. Yet when it comes to medicine — where doctors battle infections every day — ozone water is rarely discussed.
If viruses and bacteria are the root cause of many illnesses, why isn’t a powerful, organic disinfectant like ozone water being considered more seriously in medical settings?
This is where the dots become harder to connect.
Modern medicine relies heavily on pharmaceuticals. Many doctors work within large healthcare systems. Hospitals are often corporate-owned, and pharmaceutical companies fund a significant portion of medical research and education. As a result, preventative and non-pharmaceutical approaches may receive less attention.
Meanwhile, many infections begin in the throat and upper respiratory tract. Pathogens often require several days to multiply and reach levels that cause illness. If that’s true, reducing pathogen levels early could potentially lower the risk of infection.
This raises another important question: if ozone water can remove pathogens from produce, could it also help reduce microbial load in the mouth or throat?
Similarly, ozone water is already used to disinfect surfaces and environments. It’s reasonable to ask whether it might also support skin hygiene and wound care, where reducing microbial load is important.
When you step back and connect these dots, a broader picture emerges:
• Ozone water is widely used for sanitation
• It’s approved for food safety
• It reduces microbial contamination
• It leaves no chemical residue
• It’s already used in multiple industries
Yet it remains largely absent from everyday medical discussion.
This doesn’t mean ozone water is a cure-all. But it does suggest it may deserve more study and consideration — particularly as a preventative hygiene tool.
My personal approach has been simple:
• Drink freshly ozonated water daily
• Use it as a skin rinse
• Wash produce with it
• Disinfect my personal environment with it
I connected these dots nearly ten years ago. Since then, ozone water has become part of my daily hygiene routine, and I haven’t been ill.
Perhaps it’s time for the broader medical community to start connecting the dots as well.