Skip to content 
IV ozone therapy and EBOO both use medical-grade ozone, but they differ in how much blood they treat and whether they filter it. Standard IV ozone, known as major autohemotherapy or MAH, treats a small batch of blood, about 60 to 250 mL, in a single pass with no filtration.
EBOO, also called EBO2, runs a much larger volume of blood through a continuous closed loop and passes it through a dialysis-type filter. Neither is better for everyone, and neither is a cure. IV ozone is a gentler, lower-cost introduction, while EBOO therapy is a longer, more involved, systemic session. EBOO is not FDA-approved.
If you are comparing these two in the Cornelius and Lake Norman area, this guide lays out the real differences side by side, honestly, so you can have an informed conversation with your provider rather than being sold the “most advanced” option by default. If you want the fundamentals first, see our overview of EBOO therapy.
Not quite, and this is the most common question. Both are forms of ozone therapy that use medical-grade ozone, a highly reactive form of oxygen, to prompt a response in the body. The difference is delivery. IV ozone through major autohemotherapy treats a small amount of your blood once and returns it.
EBOO, which stands for extracorporeal blood oxygenation and ozonation and is sometimes written EBO2, treats a far larger volume continuously and filters it along the way. So they are relatives in the same family, not the same treatment.
Here is the side-by-side comparison. Use it as a starting point for your own questions, not as a scorecard where the longer column automatically wins.
The clearest way to understand IV ozone therapy vs EBOO is to walk through what actually happens in each session.
A small amount of blood, usually a couple of hundred milliliters, is drawn, mixed once with a precise dose of medical ozone, and reinfused. It is simpler, shorter, and gentler, which makes it a sensible entry point if you are new to ozone therapy or looking for a general wellness session.
Blood flows continuously from one arm through a machine that oxygenates and ozonates it, passes through a dialysis-type filter, and returns to the other arm. Because it treats a much larger volume and adds filtration, the session is longer and more involved. To understand exactly what that filter does and does not do, see our detailed guide to what EBOO filters capture.
You will see EBOO marketed as a blood “detox” that removes heavy metals and toxins. It is worth being straight here, because the honest version is more useful than the sales version. The EBOO filter is primarily a surface for the ozone to meet a large volume of blood, and as a secondary effect it can physically trap some larger circulating debris. That is real.
What it does not do is reliably remove heavy metals, which are far smaller than the filter cutoff, and it is not a proven whole-body detox. Your liver and kidneys do most detoxification continuously. A used filter that looks dark shows the device working as designed, not how toxic your blood was. Treat any clinic that leans hard on “detox” as proof with healthy skepticism.
When it comes to IV ozone therapy vs EBOO, the honest answer is that it depends on your goals and your health, and it is a decision to make with a provider rather than from a web page. As a general guide: if you are new to ozone therapy, want a gentler and lower-cost session, or are after a general wellness boost, standard IV ozone is a reasonable place to start.
If you and your provider decide a larger-volume, systemic session fits your goals, EBOO may be the better fit, with realistic expectations. What should not drive the choice is the word “advanced.” More blood volume and a filter do not automatically mean more benefit for your situation.
A few practical factors also matter. Cost differs; EBOO is the more expensive of the two, so it helps to review what EBOO therapy costs before you decide. Both require screening, and some people aren’t candidates for either, so it is worth reading about who should not have EBOO. And whichever you choose, understanding whether EBOO therapy is safe and the common EBOO side effects will help you go in informed.
Both IV ozone and EBOO have a long history of use when performed by trained providers with medical-grade equipment and proper screening. The key safeguards are the same for both: a licensed provider, sterile single-use supplies, a full medical history review, and screening for conditions that make ozone unsafe, most importantly G6PD deficiency. Because neither is FDA-approved, clinic quality matters more than usual. If you are weighing providers, our guide on how to choose an EBOO provider gives you nine questions to ask before you book.
Patients often arrive convinced they need the “most advanced” option, and part of my job is to slow that down. IV ozone and EBOO are different tools, not better-or-worse versions of the same thing. For one person the gentler IV session is exactly right; for another, a larger systemic session fits the goal. I would rather match you to the treatment that suits you than upsell you to the longer one because it sounds more impressive. Honest guidance is the whole point of a consultation.
They are related but not identical. EBOO is one type of ozone therapy. It treats a large volume of blood in a filtered, continuous loop, while standard IV ozone (MAH) treats a small amount in a single pass without filtration. Both use medical-grade ozone.
The main differences are blood volume and filtration. IV ozone treats about 60 to 250 mL of blood in a single pass, with no filter. EBOO treats a much larger volume, up to around 2 liters, in a continuous loop and passes it through a dialysis-type filter, so the session is longer and more involved.
Not automatically. EBOO is more involved and more expensive, and it treats more blood, but more is not always better for your situation. IV ozone is a gentler, lower-cost option that suits many people. The right choice depends on your goals and health, and you decide with a provider.
Not reliably. The EBOO filter can trap some larger circulating debris, but heavy-metal ions are much smaller than the filter cutoff, so a size-based filter does not effectively remove them. EBOO is not a proven heavy-metal detox; chelation is the established approach for that.
Standard IV ozone is generally the lower-cost option per session because it is shorter and simpler. EBOO costs more because it uses a larger blood volume, takes longer, and requires filtration. For typical figures, see our EBOO cost guide.
At Purefico Medspa and Longevity Center in Cornelius, near Charlotte, we decide at a consultation based on your goals and health history, with honest guidance on what each treatment can and cannot do, and full screening before either one.
1. Di Paolo N, Bocci V, Salvo DP, et al. Extracorporeal blood oxygenation and ozonation (EBOO): a controlled trial in patients with peripheral artery disease. International Journal of Artificial Organs. 2005;28(10):1039-1050.
2. Bocci V. OZONE: A new medical drug. Dordrecht: Springer; 2011. (Major autohemotherapy and systemic ozone delivery methods.)
3. U.S. Food and Drug Administration. 21 CFR 801.415, Maximum acceptable level of ozone.
Melissa Lynch, NP, is a nurse practitioner with 28 years of clinical experience and the founder of Purefico MedSpa & Therapy, with locations in Cornelius and Archdale, North Carolina.
