Build an IV Room with Kim • Phase 2
Summer Installment
EBOO, Hi-Dose Ozone-UV, Ozonated Glycerin Therapies
A comprehensive clinical session covering three of the most clinically impactful ozone modalities — protocols, equipment, patient screening, and implementation strategies for licensed practitioners.
July 31 | 9:00 AM – 4:00 PM EDT | Virtual • Live
Triple Session
$297
per seat • recording included
| ✓ Live 6-hour virtual session |
| ✓ Full session recording |
| ✓ Live Q&A |
| ✓ Downloadable materials |
What’s Covered
Three Modalities. One Masterclass.
This session is designed to give you a clear, clinical understanding of three distinct ozone therapy delivery methods — how they work, when to use them, and how to implement each safely in your practice.
EBOO
Extracorporeal Blood Ozonation and Oxygenation — a closed-loop system in which blood is gently removed, diffused with a precision ozone/oxygen mixture through a semipermeable membrane, exposed to UV light, and returned — delivering systemic redox modulation, mitochondrial support, and immune signaling at a scale not achievable with standard IV ozone methods.
| — Ozone: 150,000 mcg/mL |
| — 2L of blood in 50 minute session |
| — Step-by-step procedural protocol |
| — EBOO vs. TPE: key clinical distinctions |
| — Downloadable materials |
Hi-Dose Ozone-UV
Combines blood ozonation with simultaneous UV and LED photobiomodulation via the Q Genesis UV Device — delivering a concentrated systemic therapeutic effect in 30–40 minutes.
| — ~330 mL blood processed per session |
| — Ozone: 70 mcg/mL at ¼ LPM |
| — UV + LED light via different devices |
| — Single catheter placement |
| — Outcomes: energy, sleep quality, pain reduction |
Ozonated Glycerin
Medical-grade glycerin infused with ozone gas, forming stable peroxides and trioxepanes. Administered via IV, targeted injection, or nebulization — a versatile, shelf-stable therapy for immune modulation, localized tissue repair, and respiratory support.
| — IV protocols and administration |
| — Dosing, dilution, and buffering technique |
| — Patient screening and contraindications |
What You’ll Learn
Core Curriculum
This Summer Installment will focus on the science, protocols, and practical implementation of Hi-Dose Ozone and Advanced UBI therapy, EBOO, and Ozonated Glycerin in a clinical IV setting. Understanding the mechanism behind this therapy is the foundation for implementing it confidently and communicating its value to patients. Topics include:
Hi-Dose
Hi-Dose Ozone-UV: Protocols and Devices
Complete step-by-step Hi-Dose O3UV protocol — IV setup, cuvette sequencing, infusion and syringe pump programming, blood draw, ozonation at 70 mcg/mL, and ozonated blood return. Bubble alarm management, clamp sequencing, and gravity drip technique.
EBOO
EBOO: Science, Mechanisms and Clinical Indications
How EBOO works at the biochemical level — redox modulation, Nrf2 pathway activation, mitochondrial support, and microcirculatory enhancement. Clinical indications, common misconceptions about filtration, and the EBOO vs. TPE distinction.
EBOO
EBOO: Equipment, Filters, and Procedural Protocol
Machine components, filter selection (CTA vs. PES), priming sequence, pump programming, two-catheter vascular access, the 50-minute treatment workflow, and post-procedure monitoring. Synergistic IV add-ons and dosing frequency by clinical intent.
All Modalities
Patient Screening and Safety Across All Modalities
Contraindications and screening protocols for EBOO, Hi-Dose O3UV, and Ozonated Glycerin — including G6PD screening, heparin allergy assessment, vein patency evaluation, pre-treatment vitals, consent requirements, and red-flag recognition.
Non-IV
Ozonated Glycerine: IV Protocols
and administration
IV drip dosing, dilution, buffering, and filtration technique for each route. Indications by delivery method. Practical considerations for layering Ozonated Glycerin alongside EBOO and Hi-Dose programs.
Integration
Building a Multi-Modality Ozone Program
Machine components, filter selection (CTA vs. PES), priming sequence, pump programming, two-catheter vascular access, the 50-minute treatment workflow, and post-procedure monitoring. Synergistic IV add-ons and dosing frequency by clinical intent.
Modality Deep Dive
Hi-Dose Ozone-UV?
Hi-Dose O3UV combines ozonated blood return with simultaneous UV and LED photobiomodulation using the Champion FS Device — creating a synergistic extracorporeal treatment that delivers amplified immune, mitochondrial, and anti-inflammatory effects.
| — Device: Champion FS Device with HD cuvette system |
| — Blood volume: Approximately 330 mL processed per patient |
| — Ozone parameters: 70 mcg/mL concentration at 1/4 LMP for 4 minutes |
| — Light Therapy: UV and LED applied during both draw and return phases |
| — Session duration: Approximately 30-40 minutes total |
| — Patient outcomes: Increased energy, improved sleep quality, reduced pain |
Modality Deep Dive
EBOO
EBOO is the highest-volume ozone IV modality available — treating 2 liters of blood per session with ozone, oxygen, and UV light in a closed-loop extracorporeal circuit. It is not a filtration or plasma exchange therapy; it is a biochemical optimization therapy that activates the body’s own detox and repair systems.
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Modality Deep Dive
Ozonated Glycerin
A shelf-stable liquid created by infusing medical-grade glycerin with ozone gas — practical, versatile, and clinically effective across IV, injection, and inhaled delivery. Valuable both as a standalone therapy and as a supportive modality layered within a broader ozone program.
| — Filtered: OG diluted into buffered sterile IV fluids |
| — Sodium bicarbonate: Buffer matches blook pH, prevents phlebitis |
| — Infusion: Infused slowly over approximately 60 minutes |
| — Support: Indicated for systemic immune support, chronic fatigue, and infections |
| — Dosing: Graduating dosing schedule for sensitive or high-burden patients |
Why It Matters
The Therapeutic Case for Hi-Dose Ozone-UV
Systemic Oxidative Preconditioning
Hi-Dose ozone triggers a controlled adaptive oxidative response, activating the body’s endogenous antioxidant systems — including the NRF2 pathway — to support immune modulation and cellular resilience at a systemic level.
Photobiomodulation Synergy
When UBI is combined with Hi-Dose ozone, the extracorporeal treatment creates amplified therapeutic outcomes — including enhanced mitochondrial function, immune activation, and accelerated tissue repair.
Procedural Confidence
Many practitioners are interested in Hi-Dose O3UV but lack the step-by-step protocol knowledge to implement safely. This masterclass closes that gap — with clinical precision and real-world clarity.
Registration
Reserve Your Seat
Summer Installment — July 31, 2026
$297
per seat
July 31 | 9:00 AM – 4:00 PM EDT | Virtual • Live
Recordings will be available to all who purchase.
Want access to the entire 2026 series? Get the Year Bundle $1,000.