Reverse osmosis system for dairy and plant-based processing

Enhance your production line with high-pressure reverse osmosis, designed to effectively concentrate dairy and plant-based beverages, ensuring efficient pre-concentration and purification, while minimizing energy use and transport costs.

Concentrates and Purifies Dairy and Plant-Based Liquids

The Reverse Osmosis (RO) Membrane Filtration System is engineered for efficiency in dairy and plant-based processing applications. Utilizing a dense membrane composition and high-pressure operation, it effectively separates water from dissolved and suspended solids, enabling high levels of concentration and purification in liquids and slurries.

Applications include concentrating whey protein, lactose-free milk, and plant-based beverage solutions, with the potential to enhance nutritional profiles, such as producing high-protein milk concentrates. Its integration allows pre-concentration of fluids to minimize transport costs and facilitates downstream processes like evaporation.

With operational pressures reaching up to 40 bar, this system is designed for continuous processing, ensuring minimal downtime and maintenance. The unit supports energy efficiency and operator-friendly interfaces, reducing the carbon footprint while maintaining high-performance membrane life.

Constructed for versatility, it handles various product types and sizes, offering customization in material choice to withstand different chemical environments, including high-grade stainless steel options. Intelligent control systems integrate seamlessly with existing production lines, allowing for remote monitoring and automation enhancements.

Compliant with industry standards, the system delivers robust processing capabilities while providing CIP (Clean-In-Place) features that streamline maintenance and ensure hygiene standards are met, aligning with sustainability goals across dairy and plant-based production environments.

Benefits

  • Optimizes production efficiency by concentrating more solids, reducing transport and storage costs.
  • Supports sustainability goals with reduced energy consumption and CO2 emissions.
  • Enhances product quality through precision filtration, ensuring high-purity outputs.
  • Minimizes operational interruptions with durable membranes and continuous flow design.
  • Facilitates easy integration into existing lines, enhancing overall production flexibility.

General


Applications
Plant-based beverages,Sweet buttermilk,Skim milk,Uf permeate,Whey,White water,Dairy products,Whole milk
End products
Soy milk concentrate,Nutritional supplements from whey,Protein-rich buttermilk,Concentrated whey protein,High-protein milk concentrates,Non-fat dry milk,Lactose-free milk,Reduced lactose sweet whey,Almond milk concentrate,Plant-based milk solutions
Steps before
Filtration,Pre-concentration,Purification
Steps after
Evaporation,Process water generation,Wastewater treatment,Capacity increase,Transport
Input ingredients
whey,UF permeate,skim milk,whole milk,white water,sweet buttermilk,plant-based beverages
Output ingredients
concentrated whey,concentrated UF permeate,concentrated skim milk,concentrated whole milk,concentrated plant-based beverages
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.

Technical Specifications


Membrane Type
Very dense membrane
Operation Pressure
Up to 40 bar
Substance Rejection Capability
Virtually all substances except water
Process Integration
In-line for UF,RO,RO polisher
Energy Efficiency
Green technology
System Design
Pre-assembled in manufacturing facilities
Membrane Lifetime
High performance and long membrane lifetime
Pressure Utilization
Overcomes osmotic pressure

Operating Characteristics


Working mechanism
Reverse Osmosis with high system pressure
Batch vs. continuous operation
Inline Continuous
CIP/SIP
CIP capable
Automation level
Manual / PLC
Changeover time
Minimal due to pre-assembled systems
Energy efficiency
Efficient,reduced carbon footprint
Cleaning method
CIP
Membrane type
Very dense membrane
Operating pressure
Up to 40 bar

Material Compatibility


Density/particle size
0.5–2.5 g/cm³ / 50–1000 µm

Physical Characteristics


Machine footprint
Compact design
Discharge method
Inline process
Control panel type
Operator friendly interface
Pressure rating
Up to 40 bar