Shower retorts has a high-volume pump with an array of shower holes strategically located to provide complete load coverage and create even temperature distribution in both heating and cooling.

Static Retort is fitted with a powerful pump, for shorter and more homogeneous cycles. All the products inside the Retort get the same thermal treatment, regardless of their position. The reduced cycle time also ensures better results.

Steam is directly injected in the bottom of the retort for fast and uniform come-up. Indirect cooling via a plate heat exchanger saves water and eliminates the secondary contamination.

The water shower retorts also have a perfect pressure control during the whole process cycle, the pressure is constantly adjusted to adapt to the changing pressure inside product.

The whole sterilization process controlled by PLC based control system. Via the PLC control, the temperature difference of thermal distribution is limited within ± 0.5°C.

Why Choose Our Water Shower Retort

Our water shower retort systems feature high-volume pumps with strategically located shower holes that ensure complete load coverage and uniform temperature distribution. The PLC-based control system maintains temperature accuracy within ±0.5°C throughout the entire sterilization process.

  • High-volume pump with strategic shower holes
  • PLC-based precision control system
  • Perfect pressure control during process
  • Reduced cycle time and maintenance costs
  • Reduced process time
  • Quick and Efficient heat distribution
  • Bi color level Gauge with Transmitter
  • Best in class design and construction
  • Micro cooling
  • Precise temperature and pressure control
  • As the number of mechanical parts is reduced, there are fewer mechanical breakdowns. This has an impact on maintenance costs, which are of course lower.
  • High level of flexibility: it can adapt to all types of packaging (cans, Retort pouches, PP bottles and PP Trays, etc.)

benefits

Key Benefits of Water Shower Retort

Reduced Process Time

Shorter and more homogeneous cycles ensure all products receive the same thermal treatment, regardless of position.

Efficient Heat Distribution

Quick and efficient heat distribution through strategically located shower holes for complete load coverage.

Precise Control

PLC-based control system maintains temperature accuracy within ± 0.5°C and perfect pressure control throughout the process.

Flexible Packaging

High level of flexibility adapts to all types of packaging including cans, retort pouches, PP bottles and PP trays.

Lower Maintenance

Reduced mechanical parts result in fewer breakdowns and lower maintenance costs for long-term reliability.

Water Conservation

Indirect cooling via plate heat exchanger saves water and eliminates secondary contamination risks.

Advanced Monitoring

Bi-color level gauge with transmitter provides real-time monitoring and control of the sterilization process.

Best in Class Design

Superior design and construction ensure optimal performance, durability, and food safety compliance.

frequently asked questions

Everything you need to know about Water Shower Retort

A Water Shower Retort is a sterilization system that uses a high-volume pump with strategically located shower holes to provide complete load coverage and create even temperature distribution in both heating and cooling phases. It's designed for efficient food processing and preservation.

The system uses a PLC-based control system that maintains temperature accuracy within ± 0.5°C throughout the entire sterilization process. The temperature difference of thermal distribution is precisely controlled to ensure uniform heating across all products.

The water shower retort has a high level of flexibility and can adapt to all types of packaging including cans, retort pouches, PP bottles, and PP trays. This versatility makes it suitable for various food processing applications.

Due to the reduced number of mechanical parts in the water shower retort design, there are fewer mechanical breakdowns. This results in lower maintenance costs and increased reliability compared to traditional retort systems.

The system uses indirect cooling via a plate heat exchanger, which saves water and eliminates the risk of secondary contamination. This efficient cooling method ensures rapid and uniform cooling of processed products.