Stainless food processing equipment and process engineering

Technical Solution

Milk Pasteurizer

A pasteurization solution engineered for product safety in milk and liquid food processes, with hygienic design and project-specific control options.

Application

Controlled Thermal Treatment for Milk Safety and Process Continuity

A milk pasteurizer heats raw milk to the specified process temperature under controlled conditions and manages holding and subsequent cooling in line with the production process. The system can be integrated into dairy plants, cheese lines, yogurt production and ayran processing.

ApplicationsMilk, yogurt, ayran and cheese processes
Material SelectionFood-grade stainless steel options
Control OptionsManual, semi-automatic or PLC control
HygieneCIP connections and cleanable line design

Where Is It Used?

Production Line Integration

Milk Reception Filtration Pasteurization Cooling Process Tank Filling or Cheese Line

The pasteurizer must be evaluated together with the milk reception unit, storage tanks, process tanks, cheese line and filling system. Upstream and downstream connections are engineered around piping, pumps, valves, sensors and automation requirements.

Technical Highlights

  • Stainless steel material options
  • Engineering compatible with heating and cooling utilities
  • Flow-rate and holding-time design according to product type
  • CIP compatibility and hygienic process connections
  • Operator safety and process monitoring options
  • Manual, semi-automatic or PLC control
  • Integration into new plants or existing line upgrades
  • Project-specific capacity and site layout

Options and Configuration

01

Control Level

Manual, semi-automatic or PLC-controlled operating scenarios.

02

Heating Method

Steam, hot water or another suitable thermal system selected according to site utilities.

03

Line Connections

Integrated engineering of tanks, pumps, valves, sensors and piping.

Gallery

Frequently Asked Questions

Should a Milk Pasteurizer Be Evaluated as a Standalone Machine?

No. It must be evaluated together with milk reception, storage, process tanks, cooling, piping and automation connections.

How Is the Required Capacity Determined?

Capacity is determined by evaluating the daily production target, operating hours, product type, number of batches and site utilities.

Is CIP Compatibility Required?

CIP connections and cleanable design are key planning considerations in hygiene-sensitive milk and cheese processes.

Let Us Discuss Your Pasteurization Project.

Share your capacity, product type and existing plant status so we can define the right process configuration.

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