DSI Sterilizer, Direct Steam Injection

High-temperature steam is directly injected into the nutrient solution to achieve rapid heating and sterilization.

Sterilization technology is particularly suitable for processing liquid products that require high temperature short time (HTST) to retain their original color, flavor and nutritional value while ensuring sterility.

Tubular sterilizers are widely used in the sterilization of medium and low viscosity media materials.

After the medium is sterilized and cooled by this equipment, it can achieve the purpose of commercial sterility and direct inoculation temperature, and can be designed in the form of a combination system in the form of single-stage, double-stage and multi-stage according to the user's different process requirements for material sterilization, heat preservation and cooling.

Technical parameters

The casing sterilizer uses steam, hot water and cold water as the heat transfer medium, which is especially suitable for the sterilization of high-viscosity medium materials.
After the medium is sterilized and cooled by this equipment, it can achieve the purpose of commercial sterility and direct inoculation temperature.
The main part of the machine adopts a four-layer casing structure: the heat exchange medium flows in the outer layer and the inner layer, and the material flows in the opposite direction in the middle layer.
 Detachable sleeve for easy access.
 Equipped with fully automatic CIP and SIP.

The plate sterilizer is suitable for ultra-high temperature sterilization of liquid materials in aqueous media. After the medium is sterilized and cooled by this equipment, it can achieve the purpose of commercial sterility and direct inoculation temperature.
This equipment has a high heat recovery rate, compact structure, small footprint, flexible process changes, easy operation and maintenance, and is favored by customers; According to the user's different process requirements for material sterilization, heat preservation and cooling, the combined system design in the form of single-stage, double-stage and multi-stage can be carried out.