Understanding OzoneEmissions and Remediation in the Ventiva ICE9™ Thermal Management Systems

As the industry shifts toward solid-state cooling, new questions are emerging around ozone generation and air quality. For OEMs evaluating ionic cooling technologies, understanding emissions behavior, and how it is controlled, is essential for confident system design and regulatory compliance.

Unlike traditional fan-based solutions, Ventiva’s thermal management subsystem uses solid-state ionic airflow generation. While ionic systems can produce trace amounts of ozone as a byproduct of ionization, Ventiva solutions are engineered with integrated ozone mitigation designed to keep emissions well within established safety guidelines.

Ventiva takes a system-level approach to ozone management, combining device architecture, airflow design, and remediation materials to ensure safe operation across real-world use conditions. The result: silent, solid-state cooling with controlled and compliant ozone performance.

This white paper provides a practical, data-driven look at ozone behavior in Ventiva thermal management systems, including:

• The fundamentals of ozone generation in ionic cooling technologies
• Measured ozone emission levels in Ventiva implementations
• Integrated remediation strategies and how they function in-system
• Design considerations for OEMs to ensure compliance with global safety standards