Sterile Heat Exchanger
Sterile Heat Exchanger

Sterile Heat Exchanger

The unique design makes it easy to completely empty and maintain a clean state in the tube side of the heat exchanger. The double tube plate structure avoids the risk of cross contamination that often happens in conventional heat exchangers
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the core needs of sterilization 

 

In the pharmaceutical, bioengineering, food processing and other industries with high health and safety requirements, the sterilization is one of the core process of the production.High temperature steam or superheated water is used as a heat source medium going through sterilization heat exchanger to heat and sterilize process water, materials, and equipment pipelines, ensuring that the production environment is free of microbial contamination.

 

core needs of sterilization

Asepsis guarantee

Eliminate the risk of cross-contamination of the medium, to meet the GMP, FDA and other regulatory requirements

Accurate temperature control

Quickly reach the sterilization temperature (usually more than 121 ℃) and maintain stability

Corrosion resistance

To adapt to acid and alkali cleaning agents, high temperature and high pressure and other harsh conditions

Easy to clean

In line with the CIP / SIP (Cleaning/Sterilization In Place) standards

 

Advantages 

 

In response to the limitations of traditional heat exchangers in terms of sealing and cleaning dead corners, Double tube plate heat exchangers have become the preferred equipment for high-end sterilization by the innovative design.

 

Application Pain Points Double Tube Plate Heat Exchanger Solutions
Risk of cross-contamination Isolation chamber design & double sealing to ensure NO contact between tube side and shell side
Residual cleaning dead corners Straight-through flow channel & full evacuation design to ensure 100% CIP cleaning coverage
High-temperature deformation and leakage Differential thermal expansion compensation between inner and outer tube sheets to avoid cracking at welds
Verification of compliance requirements Isolation chamber can be connected to a pressure monitoring system to verify seal integrity in real time, in accordance with ASME BPE and ISPE standards

 

Typical application case analysis

 

Water For Injection (WFI) System Sterilization

Requirements

Water for injection needs to be circulated above 80 ℃, regular 121 ℃ hot water sterilization

 

Program

Use double tube plate heat exchanger, WFI water gong through the shell side , pure steam gong through the tube side 

 

Advantage

Isolation chamber design completely avoid the risk of mixing steam condensate into the WFI system, while the external leak detection port can undergo regularly pressure test

 

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