High-Pressure
Homogenizers
Create stable emulsions, uniform dispersions, and repeatable particle or droplet size reduction with custom Sonolator® high-pressure homogenizer systems engineered for pilot and production processing.
A high-pressure homogenizer reduces the size of liquid droplets or solid agglomerates by forcing process material through a precisely engineered mixing chamber under pressure.
Sonic Mixing’s Sonolator® high-pressure homogenizer uses a fixed orifice and blade to create rapid fluid acceleration, hydrodynamic shear, turbulence, impact, and cavitation. These forces help produce stable emulsions and uniform dispersions without rotating components inside the mixing chamber.
Each Sonolator® is incorporated into a complete processing system that may include a positive displacement pump, electric motor, instrumentation, safety components, piping, and PLC/VFD controls.
High-Pressure Homogenization Built for Production
Sonic designs and manufactures complete high-pressure homogenization systems around the specific requirements of your product and facility.
Systems can be engineered to support:
- Fine emulsification and droplet size reduction
- Dispersion and deagglomeration of solids
- Continuous or semi-continuous processing
- Pilot testing and production-scale operation
- Single-feed or multiple-feed homogenization
- Automated flow, ratio, pressure, and process control
- Custom equipment layouts and component selection
No Moving Parts in the Mixing Chamber
The Sonolator mixing chamber contains no rotating blades, rotor-stator assemblies, or partially closed homogenizing valves.
Instead, particle and droplet reduction are generated through fluid acceleration, hydrodynamic shear, cavitation, turbulence, and impact. The fixed geometry helps deliver repeatable processing conditions and supports predictable scale-up.
Scalable From Testing to Production
The same fundamental Sonolator process can be evaluated during laboratory or pilot testing and incorporated into a production-scale system.
Sonic works with manufacturers to establish the appropriate pressure, flow rate, orifice configuration, number of passes, and supporting equipment before final system design.
Single-Feed and Multi-Feed Configurations
Sonic manufactures both single-feed and multi-feed high-pressure homogenizer systems.
Single-feed systems process a premixed liquid or slurry through one primary feed stream. Multi-feed systems meter multiple liquid streams at controlled ratios and homogenize them inline.
Single-Feed High-Pressure Homogenizer Systems
A single-feed Sonolator system processes one premixed liquid stream through the high-pressure homogenizer.
These systems can be installed beneath a batch tank or integrated into a production line to homogenize product during transfer to a holding tank, heat exchanger, or filling system.
A typical single-feed system may include:
- Positive displacement pump
- Electric motor
- Sonolator mixing chamber
- Pressure and flow instrumentation
- Pressure-relief and safety components
- Variable-frequency drive
- Electrical control panel
- PLC/HMI automation
- Skid-mounted piping and components
Single-feed systems are well suited for manufacturers that already prepare ingredients in a batch tank but need more consistent emulsification, dispersion, or particle size reduction during transfer.
15 GPM – 2000 PSI Sonolator System
Multi-Feed High-Pressure Homogenizer Systems
A multi-feed Sonolator system meters two or more liquid streams at controlled ratios and homogenizes them inline.
Each feed stream is delivered through its own pumping and flow-control equipment. The system’s PLC and VFD controls coordinate the flow rates so ingredients are combined at the required ratio before or during high-pressure homogenization.
This process can allow manufacturers to draw ingredients directly from storage, day tanks, or upstream processes instead of placing every ingredient into a single compounding tank.
Benefits of Multi-Feed Homogenization
Reduce Tank Requirements.
Water and bulk liquid ingredients can be introduced directly from their source rather than occupying space in a large batch tank.
Shorten Processing and Transfer Time.
Combining, homogenizing, and transferring ingredients inline can reduce separate mixing and material-handling steps.
Improve Ingredient Ratio Control.
Automated pumps, flow meters, VFDs, and PLC controls maintain the required relationship between multiple feed streams.
Reduce Heating and Cooling Demand.
A heated phase may be combined with a cooler or ambient phase during processing, potentially reducing the amount of downstream cooling required.
Increase Production Capacity.
Reducing tank occupancy and shortening batch cycles may allow more product to move through the existing production area.
Features of Sonolator High-Pressure Homogenizers
- Fixed-orifice homogenization technology
- No moving components inside the mixing chamber
- Hydrodynamic shear, turbulence, impact, and cavitation
- Single-feed and multiple-feed configurations
- Pilot through full-production system designs
- Continuous and semi-continuous processing options
- Custom pressure, flow, piping, and equipment layouts
- Integrated instrumentation and safety controls
- PLC, HMI, and VFD automation
- Industrial and sanitary system configurations available based on application requirements
Production Benefits
- Create stable liquid emulsions
- Produce more uniform dispersions
- Reduce liquid droplet size
- Deagglomerate solids within liquid slurries
- Improve batch-to-batch consistency
- Establish repeatable processing conditions
- Scale a validated process into production
- Reduce dependence on large compounding tanks
- Automate ingredient metering and ratio control
- Integrate homogenization into a larger processing line
High-Pressure Homogenizer Applications
Sonic high-pressure homogenizers are used across chemical, food and beverage, personal care, pharmaceutical, and specialty manufacturing applications.
Final equipment suitability depends on formulation, viscosity, solids loading, temperature, materials of construction, cleaning requirements, and desired particle or droplet size.
What Information Is Needed to Size a Homogenizer?
To recommend an appropriate system, we typically evaluate:
- Product formulation
- Current mixing or homogenization process
- Desired droplet or particle size
- Product viscosity
- Solids concentration
- Required flow rate
- Batch size or production volume
- Operating temperature
- Available utility and floor space
- Materials of construction
- Sanitary or washdown requirements
- Cleaning process
- Required level of automation
- Upstream and downstream equipment
Test Your Product Before Final System Design
Laboratory or pilot testing can help determine whether Sonolator high-pressure homogenization will achieve the required product characteristics.
Testing may be used to evaluate:
- Emulsion stability
- Droplet or particle size
- Required operating pressure
- Number of passes
- Flow behavior
- Temperature change
- Scale-up requirements
- Recommended system configuration
Frequently Asked Questions
What is a high-pressure homogenizer?
A high-pressure homogenizer is a processing system that forces a liquid, emulsion, or slurry through a restricted mixing chamber under pressure. The resulting shear, turbulence, cavitation, and impact reduce droplet size, break down agglomerates, and distribute ingredients more uniformly.
How is a Sonolator different from a traditional homogenizing valve?
The Sonolator uses a fixed orifice and blade rather than a partially closed adjustable mixing valve. Its mixing chamber contains no rotating components. Homogenization is generated through fluid acceleration, hydrodynamic shear, cavitation, turbulence, and impact.
What is the difference between single-feed and multi-feed homogenization?
A single-feed system homogenizes one premixed product stream. A multi-feed system meters two or more liquid streams at controlled ratios and homogenizes them inline, which can reduce tank requirements and separate compounding steps.
Can a Sonolator process both emulsions and dispersions?
Yes. Sonolator systems can be designed to reduce liquid droplet size in emulsions and deagglomerate solid particles in liquid dispersions or slurries. Results depend on the formulation and operating conditions.
How small can the droplets become?
Sonic systems can produce droplets below one micron in suitable applications. Actual results depend on the formulation, viscosity, operating pressure, flow rate, temperature, Sonolator configuration, and number of passes. Product testing is recommended when a specific size distribution is required.
Can the process scale from pilot testing to production?
Yes. The fixed geometry and controlled processing conditions of the Sonolator support predictable scale-up. Sonic can test an application and use the results to engineer a production-scale system.
Can a high-pressure homogenizer be incorporated into an existing production line?
Yes. Systems can be configured beneath a batch tank, between process stages, during product transfer, or as part of a complete custom processing skid.
How do I determine whether a Sonolator is right for my application?
Provide Sonic with information about the product, current process, viscosity, flow rate, production volume, desired particle or droplet size, temperature, and facility requirements. The technical team can then recommend testing or an initial system configuration.