Dairy Processing Machinery
Milk Pasteurization Plant
ISO 9001:2008 • Food Grade Sanitary Machinery

Milk Pasteurization Plant

Fabricated with heavy-gauge AISI SS 304/316 food-grade stainless steel, engineered for 24/7 continuous hygienic operation, high thermal efficiency, and minimal dairy maintenance.

100% CIP Cleanable: Sanitary zero-dead-leg design
Custom Capacity Built: Sized to your dairy plant layout
Factory Tested: Pre-dispatch hydrostatic inspection
Direct Factory Engineering Support: +91 9825304691
MATERIAL GRADE
AISI SS 304 / 316
Food-Grade Sanitary Polish
HYGIENE & CIP
100% CIP Cleanable
Zero Dead-Leg Sanitation
ENERGY DESIGN
Low Power / PUF
Max Thermal Heat Retention
WARRANTY & SERVICE
1 Year OEM Warranty
Pan-India Support & Spares
Equipment Overview • Specifications

A Milk Pasteurizer with a capacity of 5000 Liters Per Hour (5KLPH) is a large-scale industrial machine designed to pasteurize milk at a high rate. Here’s a detailed description of such a pasteurizer:

Capacity

5,000 Liters Per Hour (5KLPH): Capable of processing up to 5,000 liters of milk every hour, making it suitable for large dairy operations and processing plants.

Components

Raw Milk Inlet:

The point where raw milk enters the pasteurizer. It usually has a filtration system to remove any large particles.

Heating Section:

Plate Heat Exchanger (PHE) This section contains a series of plates where hot water or steam heats the milk to the desired pasteurization temperature.
Heating Medium Hot water or steam circulates through the heat exchanger to raise the milk temperature.

Holding Tube:

Ensures that the milk is held at the pasteurization temperature for the required time (usually 15-20 seconds for HTST - High Temperature Short Time pasteurization).

Cooling Section:

Another plate heat exchanger where the milk is rapidly cooled to the desired storage temperature (usually around 4°C).

Flow Diversion Valve (FDV):

Ensures that any milk not meeting the required pasteurization temperature is diverted back to the heating section for reprocessing.

Pasteurized Milk Outlet:

The point where pasteurized milk exits the machine, ready for further processing or packaging.

Features

Automated Control System Includes programmable logic controllers (PLCs) and a human-machine interface (HMI) for precise control over temperature and flow rates.
Temperature Sensors and Controllers Ensure accurate temperature control and monitoring throughout the process.
Flow Control Regulates the flow of milk to maintain consistent processing rates.
Sanitary Design Made from stainless steel to meet food safety standards and facilitate easy cleaning and maintenance.
Safety Features Includes alarms and safety interlocks to protect both the equipment and operators.

Benefits

Efficient Processing High throughput capacity allows for large volumes of milk to be pasteurized quickly.
Consistent Quality Automated controls ensure consistent pasteurization, enhancing milk safety and quality.
Energy Efficiency Modern designs often include energy recovery systems to reduce overall energy consumption.
Versatility Can be used for various dairy products, including milk, cream, and other liquid dairy products.

Applications

Dairy Processing Plants Suitable for large-scale dairy processing operations.
Milk Cooperatives Ideal for cooperatives that process milk from multiple sources.
Food and Beverage Industry Can be used in various segments requiring large-scale pasteurization of liquid products.

Maintenance and Cleaning

CIP (Clean In-Place) System: Many pasteurizers include CIP systems for automated cleaning and sanitization.
Regular Maintenance Periodic checks and maintenance are essential to ensure the longevity and efficient operation of the pasteurizer.

Each hybrid system is designed to meet specific needs and conditions, and the choice depends on factors like milk production volume, local climate, and energy costs.

ISO 9001:2008 Certified
Manufactured in Ahmedabad to strict international quality benchmarks.
Food Grade Stainless
Sanitary SS 304/SS 316 construction with mirror finish (Ra < 0.4 µm).
Turnkey Execution
Custom plant design, stainless process piping, and on-site testing.
Pan-India & Global
Proven dairy installations across India, Kenya, and global markets.
Technical FAQ • Aviva Engineering

Frequently Asked Questions About Milk Pasteurization Plant

Authoritative technical answers regarding capacity sizing, food-grade sanitary construction, Clean-In-Place (CIP) cleaning, and dairy plant integration from Aviva Equipments engineers.

Counted among top milk pasteurization plant manufacturers in India, Aviva Equipments designs and fabricates continuous HTST and batch pasteurization plants in capacities from 500 LPH up to 30,000 LPH, tailored to dairy farms, cooperatives, and commercial milk packaging dairies.

Our plants process liquid consumer milk (full cream, toned, double toned), paneer milk, cheese milk, curd/dahi milk, yogurt milk, and whipping cream with precise automated temperature controls.

Our multi-stage PHE sections achieve up to 90%–92% heat regeneration by using outgoing hot pasteurized milk to preheat incoming cold milk. This saves substantial boiler fuel (steam) and refrigeration chilling power on every liter processed.

Every plant includes an automated pneumatic Flow Diversion Valve (FDV), digital dual-channel paperless temperature data loggers, Sub-Zero/Siemens PLC automation, and sanitary balance tanks with level modulating valves.

Recognized among premier milk processing plant manufacturers in india, Aviva provides comprehensive turnkey engineering—from 3D plant layout, stainless steel sanitary piping, and boiler/chiller integration to on-site commissioning and operator training.

Looking for Custom Dairy Processing Equipment?

Consult with Aviva Equipments engineering team for custom capacity sizing, P&ID layout drawings, and factory-direct pricing tailored to your plant.