Turbine Agitated Reactors
Turbine Agitated Reactors from Roben Manufacturing provide fast, efficient mixing for low to medium-viscosity fluids in chemical processing applications. These reactors utilize turbine impellers that generate high shear and rapid circulation for superior mixing performance.
What Are Turbine Agitated Reactors?
Turbine Agitated Reactors employ rotating turbine impellers that pump fluid radially outward, creating intense mixing zones and rapid bulk circulation. This design excels at blending miscible liquids, suspending solids, dispersing gases, and promoting mass transfer in chemical reactions.
Why Choose Roben Turbine Agitated Reactors?
- Rapid mixing and short blend times for process efficiency
- Excellent gas dispersion for aeration and gas-liquid reactions
- Effective solids suspension keeps particles uniformly distributed
- High shear capability for emulsification and dispersion
- Scalable design from laboratory to production scale
Key Features and Capabilities
- Rushton, pitched blade, and hydrofoil turbine options
- Multiple impeller configurations for tall vessels
- Variable speed drives for process flexibility
- Baffled vessel designs to prevent vortex formation
- Bottom-entering and top-entering drive options
Applications
- Chemical synthesis requiring rapid reagent mixing
- Fermentation and bioreactor applications
- Crystallization with controlled nucleation
- Liquid-liquid extraction processes
Compliance and Certifications
Our Turbine Agitated Reactors meet rigorous industry standards including ASME Section VIII Division 1 for pressure vessel construction, ISO 9001:2015 quality management certification, and API standards for petroleum industry applications. Each reactor receives U-stamp certification with National Board registration and complete documentation supporting regulatory approval and customer specifications.
Quality Assurance
Every packed agitated reactor undergoes comprehensive quality verification: radiographic or ultrasonic examination of pressure welds as required, positive material identification (PMI) of critical components, hydrostatic testing per ASME requirements, agitator mechanical testing, and complete documentation with full material traceability. Our quality program ensures consistent excellence in every reactor we deliver.
Frequently Asked Questions
Q: What turbine style is best for my application?
A: Rushton turbines provide maximum gas dispersion, pitched blade turbines offer good axial flow for solids suspension, and hydrofoil designs minimize power consumption while maintaining circulation. We recommend the optimal style based on your mixing objectives.
Q: How many impellers are needed for my reactor?
A: The number of impellers depends on vessel height-to-diameter ratio and mixing requirements. Generally, one impeller per vessel diameter of liquid height provides adequate mixing. Tall, narrow vessels may require multiple impellers on a single shaft.
Q: What is the maximum viscosity for turbine agitators?
A: Turbine agitators work efficiently up to approximately 10,000 cP. Above this range, anchor or helical ribbon agitators become more effective. For materials that thicken during processing, we may recommend combination agitator systems.
Contact Roben Manufacturing
Ready to discuss your turbine agitated reactors requirements? Contact Roben Manufacturing for expert consultation on packed agitated reactor solutions. Our engineering team will work with you to develop the optimal reactor design for your specific mixing, temperature control, and process requirements.
