Plate flash evaporator for high-viscosity and high-fouling fluids

Efficiently concentrate challenging high-viscosity and shear-thinning liquids while minimizing fouling and disposal costs with this compact, self-cleaning evaporator.

Concentrates and Separates High-Viscosity Fluids

The AlfaFlash Plate Flash Evaporator from Alfa Laval is engineered to efficiently concentrate and separate high-viscosity, shear-thinning fluids with minimal fouling. This forced circulation evaporator utilizes a unique plate design to create a self-cleaning, highly turbulent flow, reducing downtime and maintenance needs. It excels in applications such as wastewater treatment, food and beverage processing, and industrial fermentation, producing end-products like protein concentrates and olive mill effluent. Capable of handling a wide range of viscosities, the AlfaFlash system provides reliable performance with reduced energy consumption, thanks to its ability to operate under vacuum and integrate with mechanical or thermal vapor recompression. Constructed from corrosion-resistant materials, it supports sustainable operations by facilitating medium to zero-liquid discharge processes. Fully automated with PLC control, this evaporator offers seamless integration into existing production lines and compatibility with various upstream and downstream processes, ensuring continuous, high-speed operation. Alfa Laval also offers comprehensive engineering support and customization options to adapt the system to specific operational requirements.

Benefits

  • Enhances production efficiency with continuous operation and minimal downtime.
  • Decreases operational costs through reduced energy usage and maintenance needs.
  • Facilitates zero liquid discharge, supporting sustainability and compliance goals.
  • Provides flexibility in processing a variety of high-viscosity and shear-thinning fluids.
  • Integrates easily into existing systems, minimizing installation complexity and time.

General


Applications
Food,Proteins,Olive oil production,Vegetable purees,Fruit purees,Beverage,Plant-based protein,Starch,Effluent,Industrial fermentation,Life science,Sweeteners,Wastewater
End products
Fruit juice concentrates,Sweetened beverages,Plant-based protein isolates,Vegetable stock,Pot ale,Olive mill effluent,Protein concentrates,Distillery waste products,Wine reduction,Corn syrup,Biodegradable cake,Vegetable purée concentrates
Steps before
Filtration,Preheating,Recirculation,Initial Concentration
Steps after
Cooling,Storage,Packaging,Transport
Input ingredients
high-viscosity fluids,high-fouling fluids,shear-thinning fluids,process liquids with suspended solids,supersaturated salt solution,olive mill effluent,non-Newtonian fluids,stillage,corn steep liquor,protein solutions,fruit and vegetable purées,high viscosity liquids with fibres and solids,effluent
Output ingredients
concentrated liquid,clear water,biodegradable cake,Pot Ale
Market info
Alfa Laval is renowned for its expertise in heat transfer, separation, and fluid handling technologies, providing innovative, energy-efficient engineered-to-order solutions for various industries including food, marine, and energy.

Technical Specifications


Circulation Type
Forced circulation
Self-cleaning
Yes
Footprint
Compact,space-saving
Turndown capabilities
Excellent
Viscosity Handling
High-viscosity liquids
Operating Environment
Medium to zero liquid discharge
Height and Weight
Reduced compared to shell-and-tubes
Heat Source Options
Mechanical compression,thermal compression
Steam Consumption
Reduced with Multi-effect,TVR,MVR
Evaporation Application
High-fouling,shear-thinning fluids
Recirculation
Vessel to plate flash evaporator
Boiling Process
Boils under pressure,flashes in separator
Shear Rate
Higher shear rate reduces fouling
Feed Composition Adjustment
Automatic
Evaporation Capacity
Effective with integrated systems
Cleaning Method
Self-cleaning,flushing at intervals
Control System
PLC-controlled

Operating Characteristics


Working Mechanism
Forced Circulation Flash Evaporation
Flow Type
Inline Continuous
Self-Cleaning Effect
Higher Shear Rate and Turbulence
CIP/SIP
Clean in Place (CIP)
Changeover Time
Minimal
Energy Efficiency
High Efficiency due to Multi-Effect Design and Recompression
Automation Level
PLC-Controlled

Material Compatibility


Abrasion resistance
Yes
Biological compatibility
N/A
Cleanability
Self-cleaning
Corrosive resistance (e.g. acids)
High

Product type Characteristics


Liquid discharge requirement
Medium to zero liquid discharge

Physical Characteristics


Footprint
Compact,space-saving
Weight
Reduced compared to shell-and-tube systems
Height
Reduced height compared to traditional systems
Discharge method
Forced circulation
Control panel type
Local programmable logic controller (PLC)

Custom Options


Control panel type
Local programmable logic controller (PLC)
Compact footprint
Space-saving design
Integration possibilities
Pre-assembled in workshop
Installation location
Flexible for new or retrofit installations