Ozone is a highly effective technology for water system sanitization, but its success depends entirely on correct design, implementation, and operation. When fundamental design principles are overlooked, ozone systems can suffer from unstable performance, unexpected material damage, safety concerns, and recurring operational issues. In many cases, these problems are linked to unsuitable sanitization strategies or a lack of understanding of ozone–peroxide interactions.
This presentation delivers a practical, engineering-driven overview of the most important do’s and don’ts in ozone system design. Through real-world case studies and field experience, it highlights common mistakes, explains why they occur, and shows how they directly affect system reliability and long-term performance. Special focus is placed on peroxide-related challenges that arise when ozone systems are incorrectly configured or controlled.
Aimed at system builders, engineers, and technical decision-makers, the session equips participants with the knowledge needed to critically review ozone concepts, ask the right questions during project planning, and distinguish true ozone expertise from superficial claims. Attendees will leave with actionable insights to ensure ozone systems are designed correctly from the outset and operate reliably throughout their entire lifecycle.