Next Generation in Mixing and Heating Technology

Introducing the APV Cavitator

SPX FLOW’s patented APV Cavitator offers breakthrough capabilities in liquid heating and mixing without scale buildup. It enables microscopic integration of liquids, gases, or solids to elevate product quality and functional performance.

Application Potential

Market Opportunities

The APV Cavitator serves a wide range of industries where faster processing, cost reduction, and sustainable operations are essential.

Why Choose the APV Cavitator

Seven Key Benefits

• Improved process efficiencies in time, operating cost, and capital investment
• Enhanced product quality and yield with reduced raw material consumption
• Longer process run times due to scale-free heating
• Reduced downtime thanks to low-maintenance design
• Compact footprint compared to traditional systems
• Fully CIPable and easy to disassemble
• High-quality emulsions with controlled particle sizing

Research and Testing

Dairy Industry Showcase

Dairy Foods Equipment Showcase – March 2019
Instant Hydration of Stabilizers Using Hydrodynamic Controlled Cavitation (PDF)

Customer Testing Opportunities

SPX FLOW offers testing support at its Innovation and Design Centers, along with a Cavitator Pilot Plant rental program to help customers explore new process possibilities.

Key Applications

Scale-Free Heating

The APV Cavitator can heat liquids in seconds. Because the heat is created inside the liquid rather than transferred through high temperature metal surfaces, there is no scaling of equipment and no scorching of product. This is particularly important in high protein dairy products such as cheese and puddings. Equipment shutdowns and maintenance problems are greatly reduced, improving product yield and product quality and reducing overall costs associated with production. In many cases, product taste is also improved.

The APV Cavitator unit eliminates scaling and generates heat instantaneously within the processed product. Eliminating scaling during heating allows for uniform processing of the product, while minimizing the surface fouling commonly associated with conventional heating equipment.

Microscopic Mixing

The APV Cavitator can mix gases and liquids, liquids and liquids, and solids and liquids at the microscopic level which increases the mass transfer rate and accelerates processing.

• When cavitation bubbles collapse and produce shockwaves, powerful forces are generated that cut the process material into microscopic sizes. This increases the surface contact area between the liquids, gases and/or solids being mixed and maximizes the efficiency of the procedure for processes such as hydration, emulsification and gas/liquid mixing.
• Cavitation is a unique mixing mechanism and can often be used to effectively mix shear sensitive compounds. Cavitation can produce superior results when mixing liquids with gases, solids, or other liquids.