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Technical Information
This page introduces application examples of the technologies and techniques of Sumitomo Heavy Industries Process Equipment.
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Provided here is the information on the mixing techniques of Sumitomo Heavy Industries Process Equipment such as the information of various experiments and verification results.
Solid-Liquid Mixing
Crystallization
Keywords: optimization of particle size distribution, larger particle size, particle size control
Discharging Slurry
Keywords: reduction of operation time, reduction of the load on the post-process, stabilization of suspension under liquid level changes
Acid Coagulation
Keywords: reduction of physical fragmentation of particles, reduction of scattering of fine particles, reduction of static electricity
Suspension Polymerization
Keywords: heat transfer improvements, enhancement of flow velocity at vessel walls, larger particle size
Liquid-Liquid Mixing
Solution Polymerization
Keywords: reduction of fouling within mixing vessel, reduction of maintenance time
Emulsion Polymerization
Keywords: improvement of product yield, reduction of cleaning time
Different Viscosity
Keywords: shortening of polymerization process, uniform mixing in a wide range of viscosity
Different Viscosity
Keywords: Liquids of different viscosities, Mixing performance, Dispersion
Gas-Liquid Mixing
Addition Reaction
Keywords: improvement of gas absorption performance, reduction of operation time, improvement of reaction rate
Addition Reaction
Keywords: stabilization of the flow pattern, cooling water temperature control, improvement of gas absorption performance
Addition Reaction
Keywords: shorter operation time, slender tank, high liquid depth
Hydrogenation
Keywords: reduction of operation time, gas involvement from the gas-liquid interface
Mixing course: Useful clues for the mixing beginners—Better Mix, Better Process—
The more you learn the mixing, the more mysteries you find.
Sumitomo Heavy Industries Process Equipment, mixing specialist, will provide clear explanations on the basics of mixing techniques and how to select mixing devices.
Beginner course
- Introduction: Basic terms of mixing
- Course 1: Basics of basics: Three points to understand mixing
- Course 2: Examples of the purposes of mixing
- Course 3: Viscosity is the unit of stickiness
- Course 4: Consider a mixing vessel as a huge viscometer
- Course 5: Can you see the flow from power change? (Part 1)
- Course 6: Can you see the flow from power change? (Part 2)
- Course 7: Learn the essence of the mixing Reynolds number
- Course 8: Basics of basics of scaling up
- Course 9: Basics of scaling up
- Course 10: What is heat transfer performance in a mixing vessel?
- Course 11: What is film heat transfer coefficient , hi?
- Course 12: Mixing course review
Practical course
Product introduction Movies
Introduction Movie for MAXBLEND
MAXBLEND : Innovative mixing characteristics created by original impeller shape
By means of adopting a unique impeller shape, MAXBLEND can provide an ideal flow that cannot be realized with other conventional impellers. Since its launch in 1985, we have delivered about 2,000 units and used for a variety of applications, including low and high viscosity mixing, solid dispersion, gas absorption and emulsion polymerization.
In this movie, you can easily understand the ideal flow pattern and features of MAXBLEND.
Introduction Movie for SUPERBLEND
SUPERBLEND : Multi-purpose mixing equipment exceeding the limits of the applicable range of viscosities.
Coaxial dual mixer consisting of MAXBLEND for the inner impeller and helical ribbon for the outer impeller.
Two different types of impeller are combined by a concentric coaxial mechanism to extend the viscosity region of liquid to treat.
In this movie, you can easily understand the mixing mechanism and features of SUPERBLEND.
Sumitomo's Low Torque Type Impeller Line-up
Line-up of low-torque impellers of Sumitomo Heavy Industries Process Equipment with voice explanation by an engineer. The following three products are explained:
- LvBLEND：
- Pursues high mixing performance as a substitute for conventional inclined paddle impeller.
- RfBLEND：
- Pursues high gas absorption performance as a substitute for disk turbine impeller or scaba impeller.
- LtBLEND：
- Pursues less dispersion suspension power as a substitute for propeller impeller or pitched paddle impeller.
Seminar Movie “Sumitomo's Mixing Equipment Line-up” at Interphex Osaka 2017
You can see the Movie of Product and Technology Seminar “Sumitomo's Mixing Equipment Line-up” held in Interphex Osaka 2017.
The following products are explained, respectively:
- Part 1:
- MAXBLEND, which realizes uniform mixing in a short time