Combi ultra high temperature (uht) processing plant for dairy and beverages
Achieve precise heat treatment for diverse liquid beverages and dairy products with a flexible UHT processing plant, optimizing flavor and texture through advanced homogenization and mixing technologies.

Processes and Homogenizes Liquid Food and Beverages
The Combi UHT Plant (SCH) offers an ultra-versatile solution from SPX FLOW, enabling flexible processing of a wide range of liquid food and beverage products. It stands out for its ability to integrate both tubular and infusion UHT systems, accommodating direct and indirect processing methods to deliver high-quality outcomes in milk, flavored milk, and juices, among others. The plant supports continuous operation and is designed for operator-friendliness with pre-assembled, factory-tested modules ensuring hassle-free installation and setup.
With an emphasis on efficiency, the Combi UHT Plant optimizes heat transfer and homogenization, making it ideal for applications in dairy, beverage, and food processing sectors. It processes various end-products, including chocolate milk and orange juice, while maintaining precise control over temperature profiles and processing conditions. The system is customizable to meet specific production needs and is compatible with industry standards. Its robust design, featuring options for corrosion-resistant materials, ensures longevity and reliability across demanding operational environments and simplifies cleaning with its CIP compatibility.
Benefits
- Enhances operational flexibility by accommodating a wide range of UHT processes.
- Minimizes setup time with pre-assembled, factory-tested units.
- Reduces energy consumption with optimized heat transfer and homogenization.
- Simplifies maintenance and cleaning through integrated CIP systems.
- Ensures product safety and quality with compliance to industry standards.
- Applications
- Cream,Milk,Coffee,Milk shake,Ice cream mix,Juice,Coffee cream,Tea,Flavored milk
- End products
- Espresso coffee,Coffee creamer,Black tea,Orange juice,Soft serve ice cream mix,Heavy cream,Vanilla milkshake,Chocolate milk,Whole milk
- Steps before
- Blending,Homogenization,Mixing
- Steps after
- Packaging,Cooling,Sterilization,Storage
- Input ingredients
- milk,flavored milk,coffee cream,cream,ice cream mix,milk shake,tea,coffee,juice
- Output ingredients
- UHT milk,UHT flavored milk,UHT coffee cream,UHT cream,UHT ice cream mix,UHT milk shake,UHT tea,UHT coffee,UHT juice
- Market info
- SPX Flow is renowned for its expertise in manufacturing industrial ETO equipment, specializing in fluid handling and processing solutions. They are recognized for innovation, reliability, and providing efficient solutions across diverse industries, including food, beverage, and industrial markets.
- UHT System Type
- Tubular/Infusion/ESL/High Heat Infusion
- Flexibility
- High
- Temperature Profile
- Adjustable
- Operation Mode
- Direct and Indirect
- Operator Interface
- Operator-friendly
- Assembly
- Pre-assembled and Factory-tested
- Compliance Design Options
- ASME,PMO,3-A
- Working mechanism
- Direct and indirect UHT
- Flexibility
- High degree of flexibility towards products and temperature profile
- Automation level
- Operator-friendly
- CIP/SIP
- Pre-assembled and factory-tested
- Integration capability
- Combination of tubular,infusion,ESL,and high heat infusion systems
- Temperature resistance
- High/low temperatures
- Corrosive resistance
- Sustainable with a variety of acids and bases
- Biological compatibility
- Food-grade materials
- Cleanability
- Easy cleaning through CIP
- Thermal shock resistance
- Capable of handling rapid temperature changes
- Machine footprint
- Compact
- System type
- Tubular,Infusion,ESL
- Discharge method
- Continuous
- Control panel type
- Operator-friendly
- Modular design
- Pre-assembled and factory-tested
- Control panel type
- HMI/PLC
- Integration possibilities
- Direct and indirect UHT systems
- Customization type
- Infusion,Tubular,ESL,High Heat Infusion
- Factory tested
- Yes
- Design standards
- ASME,PMO,3-A