High-Dose Ozone System

Engineered for Extreme Ozone Demand

The Challenge & The Breakthrough

Purpose-Built for Advanced Treatment Challenges

Conventional ozone systems often fall short where higher CT values, rapid kinetics, or aggressive oxidation are required.

Advanced Oxidation Processes (AOP)

Drives hydroxyl radical generation in peroxide-enhanced trains.

Direct Potable Reuse (DPR)

Exceeds log reduction requirements in ozone-BAC systems.

PFAS, 1,4-Dioxane & Micropollutant Removal

Advanced treatment for contaminants of emerging concern.

High-COD Industrial Wastewater

Breaks down persistent organics and color in textile, food, and chemical industries.

System Architecture & Process Design

Reimagining Ozone Delivery

It’s not just higher concentration—it’s a precision-engineered architecture.
The Heart of Every Pinnacle System QuadBlock® Ozone Cells

High-Frequency Ozone Generator (QuadBlock®)

The system features Pinnacle’s QuadBlock® high-frequency ozone generation technology, producing 10–12% ozone by weight. Its modular and scalable design allows flexible capacity expansion, while the oxygen-fed configuration ensures stable, contaminant-free ozone production.

Advanced Injection & Mass Transfer

Multi-stage Venturis, high-shear reactors, optimized chambers.

Gas Preparation & Cooling

Chiller + oxygen concentrator tuned for high-output.

Cascade Tank Flow Design

Multiple ozone stages, hydraulic independence, uniform treatment.

Automated Controls & Monitoring

SCADA-ready PLC, real-time monitoring, integrated safety.

Revolutionizing Water Treatment

A First-of-Its-Kind High Ozone Dose Process

Pinnacle successfully deployed this high-dose ozone platform as part of a groundbreaking project, integrating it into a multi-barrier treatment train with real-time control.

Discover More Pinnacle Insights

  • Blogs
    One Generator, Multiple Injection Points: Why Mass Balance, Pressure Control, and Branch Verification Matter
    An ozone generator can produce exactly the required mass of ozone and still deliver uneven treatment. The reason is simple: generation and distribution are two different engineering problems. Once a single ozone source feeds more than one injection point, the gas header becomes a dynamic network in which every branch can influence the others. This matters in plants with parallel contactors, multiple process trains, staged ozone addition, redundant injection skids, or separate treatment zones. Water flow may differ from train to train. Applied dose may change with water quality. One [...]

Let’s Build It Right the First Time

Contact Pinnacle today to start designing a high-dose system tailored to your exact treatment goals, flow rates, and regulatory objectives.