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Supplier: Brawn Mixer
Description: Brawn Mixer produces a several hydrofoil variants for specific applications. These impellers produce good performance in turbulent flow applications including fluid blending and solids suspension. Hydrofoils pump low viscosity fluids very efficiently, more so than other conventional designs
- Impeller Applications: Mixing, Chemical, Water / Wastewater
- Impeller Types: Hydrofoil
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Supplier: Brawn Mixer
Description: Provide the down-pumping axial flow required for flow patterns similar to radial flow impellers. This results in reduced pumping and higher shear, assisting with clearing the bottom of the tank of solids.
- Impeller Applications: Mixing, Chemical, Water / Wastewater
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Supplier: Brawn Mixer
Description: Propellers remain a low cost option for small batch processes and certain processes requiring more shear.
- Impeller Applications: Mixing, Chemical, Water / Wastewater
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Supplier: Brawn Mixer
Description: Ideal for blending, solids suspension, and dissolution applications. Designed to maximize strength at lower weights compared to other axial flow impellers, allowing for longer shafts and smaller shaft dimensions.
- Impeller Applications: Mixing, Chemical, Water / Wastewater
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Supplier: Accuris
Description: Mixing Equipment (Impeller Type)
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Supplier: Mixer Direct
Description: The Radial flow turbine crates a radial flow pattern moving away from the impeller, towards the sides of the vessel. The flow impacts the side and moves in either an upward or downward direction to fill the top and bottom of the impeller to be ejected again. Some applications benefit
- Bore Size: 1 inch
- Features: (Check all that apply): Adjustable Pitch, Anti-Static, Coated / Plated, Corrosion Resistant, Custom Fabricated, Folding Blades, Multistage, Other
- Impeller Applications: Mixing, Pumping, Air Movement, Chemical, Heat Exchangers / Radiators, High Viscosity Media, Propulsion, Water / Wastewater, Other
- Impeller Materials: Aluminum, Brass / Bronze, Cast Iron, Composite, Plastic, Rubber, Stainless Steel, Titanium, Other
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Supplier: Mixer Direct
Description: The Radial flow turbine crates a radial flow pattern moving away from the impeller, towards the sides of the vessel. The flow impacts the side and moves in either an upward or downward direction to fill the top and bottom of the impeller to be ejected again. Some applications benefit
- Bore Size: 2 inch
- Features: (Check all that apply): Adjustable Pitch, Anti-Static, Coated / Plated, Corrosion Resistant, Custom Fabricated, Folding Blades, Multistage, Other
- Impeller Applications: Mixing, Pumping, Air Movement, Chemical, Heat Exchangers / Radiators, High Viscosity Media, Propulsion, Water / Wastewater, Other
- Impeller Materials: Aluminum, Brass / Bronze, Cast Iron, Composite, Plastic, Rubber, Stainless Steel, Titanium, Other
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Supplier: Mixer Direct
Description: The Radial flow turbine crates a radial flow pattern moving away from the impeller, towards the sides of the vessel. The flow impacts the side and moves in either an upward or downward direction to fill the top and bottom of the impeller to be ejected again. Some applications benefit
- Bore Size: 1 inch
- Features: (Check all that apply): Adjustable Pitch, Anti-Static, Coated / Plated, Corrosion Resistant, Custom Fabricated, Folding Blades, Multistage, Other
- Impeller Applications: Mixing, Pumping, Air Movement, Chemical, Heat Exchangers / Radiators, High Viscosity Media, Propulsion, Water / Wastewater, Other
- Impeller Materials: Aluminum, Brass / Bronze, Cast Iron, Composite, Plastic, Rubber, Stainless Steel, Titanium, Other
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Supplier: Mixer Direct
Description: The Radial flow turbine crates a radial flow pattern moving away from the impeller, towards the sides of the vessel. The flow impacts the side and moves in either an upward or downward direction to fill the top and bottom of the impeller to be ejected again. Some applications benefit
- Bore Size: 2 inch
- Features: (Check all that apply): Adjustable Pitch, Anti-Static, Coated / Plated, Corrosion Resistant, Custom Fabricated, Folding Blades, Multistage, Other
- Impeller Applications: Mixing, Pumping, Air Movement, Chemical, Heat Exchangers / Radiators, High Viscosity Media, Propulsion, Water / Wastewater, Other
- Impeller Materials: Aluminum, Brass / Bronze, Cast Iron, Composite, Plastic, Rubber, Stainless Steel, Titanium, Other
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Supplier: APV, An SPX Brand
Description: Manual unit designed for batch mixing, inline mixing over one or more hydration tanks, or continuous mixing, with optional integration in fully automated production. Available as standard unit or with a high-shear mixing option. Advantages Simple but versatile Flexibility
- Capacity: 33.42 to 401 cubic feet
- Mixer Type: Propeller / Impeller
- Motor Power: 14.74 to 73.71 HP
- Mounting: Floor-Mounted
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Supplier: Xylem Applied Water Systems
Description: VeraFlex™ FIP Cart System Flow rate: Nominal 60 gallons/min (228 litres/min) The New VeraFlex™ Flexible Impeller Pump Cart System is designed to ease the transfer of material for a variety of food and beverage processing applications. Vera
- Maximum Discharge Flow: 60 GPM
- Pump Type: Flexible Impeller Pumps
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Description: usually used in the process of mixing solid particles and liquids, mixing gases and liquids, and mixing liquids and liquids. The high hardness and wear resistance of the silicon carbide ceramic impeller enable it to withstand greater stirring force and friction force, and
- Density: 3.14 g/cc
- Diameter: 19.69 inch
- Length: 13.78 inch
- Material Type: Carbide Materials, Silicon Carbide
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Supplier: Sartorius Lab Instruments GmbH & Co. KG
Description: Levitated mixing technology: Ultra clean mixing operation Various tank sizes: High flexibility The Flexel® LevMixer® -Drum is a unique single-use mixing solution utilising cylindrical tank geometries combined with the ATMI LevMixer® levitated impeller and Sartorius Stedim
- Additional Features: Disposable Rotor
- Application / Industry Use: Chemical Processing, Other Applications / Industry
- Capacity: 19.78 cubic feet
- Mixer Location: Bottom Entry
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Supplier: Cole-Parmer
Description: These variable-speed, gear-drive mixers are ideal for mixing your high-viscosity materials or large batches of water-like fluids. All models maintain speeds from 20 to 350 rpm (20:1 ratio) and generate enough torque to mix highly viscous fluids. Gear-drive mixers mount with 20
- Mixer Type: Propeller / Impeller
- Motor Power: 0.2500 HP
- Motor Speed: 20 to 350 rpm
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Supplier: NETZSCH Premier Technologies LLC
Description: MasterMix® Dissolver Practical and well dispersed! General The MasterMix® Dissolver is used for dispersing solids in liquids. The product is mixed in batches in an exchangeable tank. The speed of the high
- Additional Features: Timer, Programmable
- Application / Industry Use: Adhesives Processing, Agricultural Products, Cosmetics Processing, Paint / Coating Processing, Pharmaceutical Processing, Other Applications / Industry
- Capacity: 52.97 cubic feet
- Display Type: Digital Numerical Display
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Supplier: Fläkt Woods Group SA
Description: The key design feature for the impressive efficiency of the CentriFlow 3D is the newly developed mix flow impeller. This delivers a natural air flow inside the air handling unit where the air stream is not disconnecting from the blade surface either on vacuum or pressure side -
- Air Flow Rate: 35.3 SCFM
- Applications: Air Handling Units / HVAC
- Design Configuration: Centrifugal
- Environment: Clean Air / Gas
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Supplier: Fasco
Description: Fasco's 6.9 Pre-Mix Combustion Blower utilizes S.A.M.M. Axial flux motor technology. This blower can be applied in boilers, water heaters, humidifiers and driers. Features: Utilizing S.A.M.M. Axial flux motor technology Cast aluminum blower housing
- Drive Options: Direct Drive
- Environment: Clean Air / Gas
- Material: Aluminum
- System: Packaged (Complete System)
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Supplier: MXD Process
Description: Drum clamp mixers are a versatile drum mixer, allowing for mixing in open or lidded drums. Mount directly to the side of an open drum or slip the shaft and impeller through standard 2" bung fittings to mix in closed vessels. Heavy-duty electric motor with optional VFD
- Mixer Type: Propeller / Impeller, Other Mixer Type
- Motor Power: 0.5000 HP
- Motor Speed: 350 to 1750 rpm
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Supplier: MXD Process
Description: Features of our 1 gallon dual shaft disperser: Equipped with an anchor impeller and dispersion blade for efficient high shear mixing Designed to handle ultra-high viscosity products, up to 1.5mil cps. Independent operation of mixer impellers
- Capacity: 0.1337 cubic feet
- Media Viscosity: 1.50E7 cps
- Mixer Type: Propeller / Impeller, Other Mixer Type
- Motor Power: 0.3333 to 1 HP
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Supplier: Neptune Chemical Pump Co., Inc.
Description: Neptune's premier line of small direct drive mixers for mixing small batches of low viscosity fluids.
- Media Type: Liquids, Solutions, Emulsions
- Mixer Type: Agitator, Propeller / Impeller
- Motor Power: 0.2500 to 0.5000 HP
- Motor Speed: Up to 1725 rpm
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Supplier: Cleaver-Brooks
Description: The NTH burner operates on natural gas, propane gas, propane/air mix, or a combination of gas/oil fuels at capacities ranging from 1.5 to 12.5 MMBTU. Design features induced FGR and FGR modulating valve. Features: Top- or rear-mount panel options Backward
- Burner Type: Nozzle Mixing
- Combustion Fuel: Natural Gas, Light Oil, Propane
- Convection: Forced Draft
- Firing: Direct
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Supplier: Glas-Col, LLC
Description: The upward flow stirrer mixes without introducing air. The unique, continuous-shearing and blending action occurs entirely below the solution's surface, creating a thorough mixing action without foaming or splashing. Even at high speeds in nearly full containers, there is minimal
- Media Type: Liquids, Solutions, Emulsions
- Mix Speed: Continuous Speed
- Mixer Type: Propeller / Impeller
- Motor Speed: 11500 rpm
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Supplier: Industrial Combustion, LLC
Description: or bottom FGR connection options Hinged combustion head for easy access and maintenance Backward-curved impeller provides adequate combustion air for various furnace pressures Air atomizing with steam atomization optional
- Burner Type: Nozzle Mixing
- Combustion Fuel: Natural Gas, Light Oil, Heavy Oil, Propane
- Convection: Forced Draft
- Firing: Indirect
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Supplier: Caframo Limited
Description: spaces and can be easily transported to other labs or classrooms. Everything you need is included with each purchase! Included in each purchase: Overhead stirrer motor, integral clamp, keyless chuck, external power supply, grounded power cord, stand, axial and radial mixing blades,
- Display Type: Digital Numerical Display
- Local Interface: Digital Front Panel
- Media Type: Liquids, Solutions, Emulsions
- Mix Speed: Variable Speed
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Supplier: Hebeler LLC.
Description: intimate liquid/solids mixing as well as low shear wet granulation. Spray droplet size is adjustable to accommodate a wide variety of liquid rates and liquid viscosities.
- Media Type: Liquids, Solutions, Emulsions, Solid with Liquid Addition
- Mixer Type: Propeller / Impeller
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Supplier: Sulzer Ltd.
Description: Complete answer to highly energy efficient submersible mixers (type ABS) for a wide range of applications in industry and municipal treatment plants. The right solution to match mixing task for agitating, blending, mixing, dissolving and suspension of solids in industry, municipal
- Application / Industry Use: Water / Wastewater Treatment
- Media Type: Liquids, Solutions, Emulsions
- Mix Speed: Variable Speed
- Mixer Type: Propeller / Impeller
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Supplier: Walker Engineered Products
Description: The Walker range of process vessels draws from a wide portfolio of agitator designs to match the specific application needs. Rely on Walker engineers to apply their experience in mixing tank design to your specific process need. OFFSET TURBINE AGITATOR Designed to ensure constant
- Mixer Type: Agitator
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Supplier: MXD Process
Description: , and high shear agitation in numerous types of mixing vessels. Our mixer customization options include: Specialty shaft seals for pressure, temperature, and FDA requirements Fully welded and highly polished shafts and impellers Washdown, stainless steel, and explosion
- Components: Mixers, Tanks
- Industry Served: Chemicals, Foods / Beverages, Pharmaceuticals
- Location: North America, United States Only, Midwest US Only
- Operation / Mounting: Floor / Field, Laboratory / Bench, Pilot Plants, Production Plants, Skidded
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Supplier: Admix
Description: All Stainless Mix Head, Shaft, Drive and Motor available Optional secondary impellers 100% Dissolving, Hydrating or Suspension Lab Models and Production Sizes up to 100 HP
- Media Type: Powders or Granules
- Mixer Type: Rotor-Stator
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Supplier: Industrial Flow Solutions
Description: Hydraulically driven version of KZN Series Abrasion-resistant, solids handling, hard metal slurry pump with agitator and top discharge Semi-open impeller handles high concentration of abrasive solids High-chrome iron impeller (28%), wear plate and agitator
- Discharge Size: 3 to 6 inch
- Maximum Discharge Flow: 460 to 1240 GPM
- Power Source: AC Powered
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Supplier: Sartorius Lab Instruments GmbH & Co. KG
Description: The cylindrical stainless steel retaining tank combined with the ATMI LevMixer® levitated impeller and Sartorius Stedim Biotech Flexel® LevMixer® Bag technologies is perfectly suitable for liquid in liquid mixing and solid in liquid mixing operations
- Diameter / Width: 52.99 inch
- Features: Insulated
- Height: 29.29 inch
- Material: Stainless Steel
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Supplier: RS Components, Ltd.
Description: Provides non-rusting, abrasion and chemical resistant surfaces. Repairs and rebuilds worn shafts, pumps and impellers. Non-rusting machinable finish. Maximum operating temperature 177°C. Pot life 21 minutes. Mix ratio 4.3:1 Material Compatibility = Metal Colour = Grey Package Type =
- Chemical / Polymer System Type: Epoxy (EP)
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Supplier: Sartorius Lab Instruments GmbH & Co. KG
Description: leading ATMI patented Magnet Mixer Technology, Sartorius Stedim Biotech Flexel® 3D Bag and the proven Palletank® technology. Major improvements in bag installation and handling paired with the efficiency and speed of impeller mixing systems make Flexel®
- Application: Other
- Type: Bag / Sack
- Volume Capacity: 13.21 to 528 gallons
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Supplier: FLUX-GERÄTE GMBH
Description: Features and benefits: suitable for pumping and/or mixing of almost every fluid (e.g. water-based paints) with reliable mechanical seal optimum barrel emptying due to ideal impellor design to be stripped for cleaning with a minimum of effort
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Supplier: Milton Roy
Description: with lightweight, custom impellers, it can installed quickly and easily. Its exclusive seal shut off device allows for safe, fast and easy maintenance or replacement of the mechanical seal without emptying the tank. Low power consumption. Our innovative, proven SABRE impeller uses less
- Application / Industry Use: Food and Beverage Processing, Water / Wastewater Treatment
- Mixer / Homogenizer Location: Side Entry
- Mixer Type: Agitator
- Motor Power: 10.05 to 73.71 HP
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is formed at over 500 degrees F. The high shear impeller can develop shear rates in the 30,000 reciprocal seconds area while pumping low viscosity liquids at over 1000 GPM. Powered by a 25 to 40 horsepower motor, the C5/6 series Reversible Homogenizing Mixers can mix batches as large as 5000 gallons. Learn More (read more)
Browse Industrial Mixers Datasheets for ARDE Barinco, Inc. -
room air conditioning and air handling (CRAC/CRAH), energy recovery ventilation (ERV), energy recovery units (ERUs), box- and roof-fans. E-Series impellers have the same external dimensions as existing impellers and a similar airflow/pressure mix, but system energy (read more)
Browse HVAC Fans and Blowers Datasheets for Rosenberg USA -
Silicon Carbide Ceramic Impeller for Agitation Customizable | Complex Structures | 1400°C Working Temperature | High Hardness & Wear Resistance | Excellent (read more)
Browse Silicon Carbide and Silicon Carbide Ceramics Datasheets for Shenzhen Great Precision Ceramic CO., LTD. -
Grind solid lumps into smooth slurries....disperse solid powders...emulsify oil/water. A patented impeller with three helical blades rotates at high speed inside a matching, tubular housing. The rotating impeller creates a negative pressure (read more)
Browse Slurry Pumps Datasheets for ARDE Barinco, Inc. -
-clamp mixers are available with TEFC, explosion proof motors, air motors and FDA lip seals. We offer many customization options for tri-clamp mixers including longer shaft lengths, varying gear ratios, and various mixing impellers. (read more)
Browse Industrial Mixers Datasheets for MXD Process -
The control panel is able to vary the speed of the mixer along with changing the direction of the mixing impeller. By reversing the impeller direction, the directed flow through the rotor housing switches from the upward pumping action known as the up-mode to the downward (read more)
Browse Industrial Mixers Datasheets for ARDE Barinco, Inc. -
The axial flow impeller of the CJ-20 Reversible Homogenizer can be run in either and upward pumping UP Mode or, by reversing the polarity of the electric power, pump downwards towards the bottom of the batch. A typical mixing process begins with the CJ-20 running in the Down (read more)
Browse Industrial Homogenizers Datasheets for ARDE Barinco, Inc. -
Model 6 x 3 Dicon in-line dispersing wet grinder A patented impeller with three helical blades rotates at high speed inside a matching, tubular housing. The rotating impeller creates a negative pressure differential, centrifugal shoveling and positive axial thrust - drawing materials (read more)
Browse Laboratory Mixers Datasheets for ARDE Barinco, Inc. -
Model 6 x 3 Dicon in-line dispersing wet grinder A patented impeller with three helical blades rotates at high speed inside a matching, tubular housing. The rotating impeller creates a negative pressure differential, centrifugal shoveling and positive axial thrust - drawing materials (read more)
Browse Industrial Homogenizers Datasheets for ARDE Barinco, Inc. -
industrial processes alike. At the core of the tote mixer's design is the engineering precision that goes into the selection of shafts and impellers. Each mixer is optimized for use in IBC totes, with shaft and impeller sizes carefully chosen to ensure efficient mixing without causing damage (read more)
Browse Industrial Mixers Datasheets for MXD Process
Conduct Research Top
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Agitation and Mixing Processes
can be mixed, and generally the type of mixer used depends on the nature of the substances to be mixed. Liquidgas, liquid-liquid, and liquid-solid systems (suspensions) will generally be mixed in a vessel or tank with an impeller to provide the mixing energy. The end product is almost always a liquid
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Liquid Mixing: Solid Challenges
industries but custom-designs most of its pharmaceutical-grade liquid mixer/blenders. Customers pay a premium between $1,000 and $5,000 for smooth vessel and impeller designs and all-stainless construction. Many liquid mixing/blending operations are indeed straightforward those involving two
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An Exhaust Solution for Controlled Environments
product mixing, tableting, spray coating, drying (which creates particulate fines through airstream abrasion or contact friction) and even packaging. Mixed-flow impeller systems can offer substantial energy savings if they are equipped with heat recovery modules consisting of glycol/water-filled coils
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Disposables: Increasingly Indispensable
similar to stainless steel tanks that have tulip-shaped bottoms. In addition, various devices employ a magnetically driven impeller, which is located inside a disposable process container. Mixing is achieved by the action of the impeller s conversion to energy, exacting the combination of flow
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Mixer Viscometry
Many unit operations in the food industry require effective mechanical agitation or mixing of fluids. The mixing geometry employed depends upon the viscosity of the fluid to be mixed. Helical ribbon impellers are frequently used for highly viscous non-Newtonian fluids, providing efficient mixing
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Indicates content that may require registration and/or purchase.
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Handbook of Industrial Mixing: Science and Practice Complete Document
The typical probe positions used for a single- impeller mixing system are shown in Figure 4-15.
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AIChE Equipment Testing Procedure - Mixing Equipment (Impeller Type) 3rd Edition
Fig. 20 1.1 Impeller Mixing Equipment ...........................
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Interplay between light intensity, chlorophyll concentration and culture mixing on the hydrogen production in sulfur‐deprived Chlamydomonas reinhardtii culture...
Redox potentials, impeller mixed culture (open circles), stir bar (open squares).
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IMPROVED BIOMASS UTILIZATION THROUGH REMOTE FLOW SENSING
They compared the performance of a nonmixed (downward flow) and a continuously impeller mixed digester at mesophilic .
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Tomography images to analyze the deformation of the cavern in the continuous‐flow mixing of non‐Newtonian fluids
The BI-BO configuration, where both inlet and outlet were located at the bottom of the tank, enabled a large percentage of the feed to be conveyed to the outlet without being drawn into the impeller mixing zone.
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Impeller characterization and selection: Balancing efficient hydrodynamics with process mixing requirements
ville22 successfully compared blend times in a jet mixed ves- sel and an impeller mixed vessel in terms of momentum.
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CFD simulation of stirred tanks: Comparison of turbulence models. Part I: Radial flow impellers
Brennan, D. J. and I. H. Lehrer, “ Impeller Mixing in Vessels Experimental Studies on the Influence of Some Parameters and Formulation of a General Mixing Time Equation,” Trans.
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Fluid Mechanics Heat Transfer and Mass Transfer: Chemical Engineering Practice
Emulsifiers are used as an alternative to slow speed impeller mixing or high-pressure homogenization for a wide range of processing requirements.
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Scalar mixing measurements in batch operated stirred tanks
Brennan, D. J. and I. H. Lehrer, “ Impeller Mixing in Vessels: Experimental Studies on the Influence of Some Parameters and Formulation of a General Mixing Time Equation”, Trans.
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New Turbine Impellers for Viscous Mixing
The impeller mixing efficiency has been studied for 9 Reynolds numbers included between 2.7 and 40.