The most widely used crystallizer types in industrial crystallization processes include Draft Tube Baffle (DTB), Forced Circulation, and Oslo-type crystallizers.

For any crystallizer selected according to process requirements and designed for a defined production capacity, the design process begins with determining the active volume (residence time). This step is followed by establishing the internal configuration, sizing the equipment, and defining all auxiliary components.

Our company determines the most suitable crystallization technologies based on the specific process needs of each facility.

Key factors influencing the selection of the appropriate crystallizer type, aligned with product characteristics and economically optimized production, include:

  • Desired product size

  • Product quality (purity and other critical physical properties)

  • Process energy efficiency

  • Development of mass and heat balances

  • Determination of residence time to achieve required product specifications

  • Crystallizer dimensions based on design criteria

  • Calculation of heat-transfer surface area and circulation velocity

We provide industries with advanced crystallization technologies tailored to their operational needs, including:

  • Forced Circulation (MSMPR) Crystallizers

  • Draft Tube Baffle (DTB) Crystallizers

  • Oslo-type Continuous Vacuum Crystallizers