In industries where hygiene, safety, and consistency are essential, thermal processing is a vital tool. From pasteurization to sterilization, temperature control plays a key role in protecting product quality and ensuring regulatory compliance.
The Role of Thermal Processing in System Design
Heat isn’t just about reaching a target temperature—it’s about managing energy transfer in a controlled, consistent way. Whether it’s eliminating pathogens or maintaining chemical stability, precision matters.
Key Applications in Thermal Processing
Pasteurization
Used widely in food and beverage systems, pasteurization requires careful temperature control to ensure microbial reduction while preserving product integrity. Equipment must withstand repeated heating cycles and remain easy to clean.
Sterilization
In pharmaceutical and biotech applications, sterilization often involves steam or chemical treatments at elevated temperatures. Sanitary systems must be designed to support high heat, pressure, and repeated exposure to cleaning agents.
Performance Considerations
- Uniform heat distribution across system components
- Resistance to thermal stress and fatigue
- Reliable sealing under fluctuating temperatures
- Compatibility with CIP and SIP cycles
Engineering for Heat-Intensive Environments
Choosing the right valves, fittings, and gaskets means understanding:
- Temperature tolerances for all materials involved
- Expansion and contraction behavior under heat
- Cleaning cycle frequency and intensity
- Industry-specific safety and performance standards
Duva Sanitary’s Role
We help processors build systems that perform under heat—from high-temp valves to fittings that hold their seal after hundreds of CIP/SIP cycles. Our certified partners supply products built for thermally intense environments, supporting consistent performance and long service life.