Ambient Water for Injection
Ozone Sanitization: Regulations and Recommended Measurement Points
Program oversigt
- Regulatory requirements
- Practical monitoring strategies
- Best sampling locations
Are you navigating the complexities of regulations surrounding ambient Water for Injection (WFI) creation? Curious about how accurately reporting ozone levels can ensure your compliance? Want to identify the most critical sampling points within your sanitization loop to optimize water quality?
Ambient WFI creation is an emerging and cost-effective approach in the pharmaceutical industry compared to traditional distillation methods. However, maintaining water quality demands rigorous sanitization to prevent microbial contamination. Ozone has become a popular sanitization method due to its efficiency and environmentally friendly decomposition into oxygen.
Despite its benefits, ozone analytics present unique challenges. Different monitoring methods for ozone sanitization loops vary in complexity and cost, making it essential to understand these options for maximizing data value and ensuring compliance with key global pharmacopeias.
Speakers
Jared Culbertson
Thornton, METTLER TOLEDO
Jared Culbertson holds a B.S. in Chemical Engineering, and has spent 5 years in the biotechnology and pharmaceutical waters industry. Over his time at METTLER TOLEDO Thornton, Jared has managed multiple sensor lines, including conductivity sensors, ozone sensors, pure water pH sensors, and pure water dissolved oxygen sensors. In his current role, he oversees these sensors to help drive improvements and integrate them into the market. Jared is a voting member of the American Society for Testing and Materials on the D19 Water committee.
