Pasteurizers

Pasteurizer systems are advanced engineering process systems used to ensure the microbiological safety, extend the shelf life, and preserve the quality of milk and liquid foods by subjecting them to heat treatment using controlled temperature-time combinations.

MAXWOR pasteurizers are not merely heating and cooling equipment; they are fully automated process platforms that integrate heat transfer, automation, hygienic design, and energy management.

They are custom-designed for specific projects, with a focus on food safety, process stability, and traceability.

Technical Specifications

  • Pasteurization is a critical thermal process that eliminates pathogenic microorganisms at specific temperature and time combinations, requiring precise control to preserve product quality.
  • MAXWOR systems offer plate (HTST), tubular, and UHT pasteurizer solutions, covering a wide application range from low-viscosity liquids to particulate and high-viscosity products.
  • The system architecture consists of a heat transfer unit, holding line, balance tank, product pump, hot water preparation unit, and a fully automated control infrastructure.
  • With regenerative heat recovery achieving up to 30% energy savings, ±1°C precise temperature control, automatic flow diversion, and continuous data logging, process safety is ensured.

Design & Material

  • All pasteurizer systems are custom-designed based on microbiological safety criteria, thermal validation calculations, and process parameters.
  • Maximum cleanliness and product safety are ensured through the use of AISI 304 and AISI 316 stainless steel materials, low surface roughness, and hygienic CIP/SIP-compatible design.
  • Piping and equipment are manufactured in compliance with DIN / SMS standards using TIG-welded hygienic fabrication practices.
  • Systems are engineered in compliance with 3-A, PMO, FDA, and EU food standards, while full traceability is ensured through PLC, SCADA, and remote access solutions on the automation side.
  • Before shipment, pressure, flow rate, thermal performance, and automation tests are conducted to ensure fast and safe on-site commissioning.

Application Areas

Documents

Quotation Form