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Static Mixing, Reaction, Heat Transfer & Fluid Dynamics Technology
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Mixer Seclection Guide
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Model GV™ (Corrugated Plate Static Mixer)

The GV™ static mixer has been used successfully in turbulent flow applications for over 50 years. It is a high performance inline static mixer capable of mixing low viscosity liquids, blending gases, dispersing immiscible liquids and creating gas-liquid dispersions with a very high degree of mixing in a short length.

Figure #1: GV static mixer with 3-mixing elements, 5-corrugated mixing plates across its diameter and a 45o corrugation angle relative to the pipe axis.
Figure #1: GV™ static mixer with 3-mixing elements, 5-corrugated mixing plates across its diameter and a 45° corrugation angle relative to the pipe axis.
Figure #2: GV static mixer front view with 5-corrugated mixing plates across its diameter and a 45o corrugation
Figure #2: GV™ static mixer front view with 5-corrugated mixing plates across its diameter and a 45° corrugation angle relative to the pipe axis.

Mixing Capabilities

  • Blend low viscosity liquids
  • Disperse immiscible liquids
  • Mix gases
  • Contact gases and liquids

Applications

  • Mixing of liquids, chemicals and additives in water treatment and chemical plants
  • Dispersing immiscible liquids such as crude oil and water in refineries for extraction applications
  • Mix gases in front of catalytic reactors
  • Contact air and liquids for oxidation
Geometric Configuration Variables

The GV™ static mixer is a high performance static mixer design and is versatile because it has many geometric configuration variables that can be used to impact the intensity of mixing created within any given pipe diameter and create mixing solutions that are difficult to achieve with any other technology:

  • Standard GV™ static mixers are constructed with 5-corrugated plates across their diameter with a 45° corrugated plate angle relative to the pipe axis (Figures #1 - #2).
  • Number of layers can be varied within a given pipe diameter (Figure #3) to intensify mixing and contact
  • Corrugation angle can vary (Figure #4) to affect intensity of mixing and pressure drop.
  • Spacers between mixing elements take advantage of empty pipe turbulent mixing created by the upstream motionless mixing element (Figure #5) at no additional pressure drop penalty.
Figure #3: The mixing intensity and pressure drop of the GV static mixer may be adjusted by varying the number of corrugated layers in any specific pipe diameter (left side: standard 5 layers; middle: 8-layers; right side: 12 layers
Figure #3: The mixing intensity and pressure drop of the GV™ static mixer may be adjusted by varying the number of corrugated layers in any specific pipe diameter
(left side: standard 5 layers; middle: 8-layers; right side: 12 layers).
Figure #4: The mixing intensity and pressure drop of the GV static mixer can be adjusted by varying the corrugation angle relative to the pipe diameter (left side: standard 45o angle; right side: 30o angle).
Figure #4: The mixing intensity and pressure drop of the GV™ static mixer can be adjusted by varying the corrugation angle relative to the pipe diameter
(left side: standard 45° angle; right side: 30° angle).
Figure #5: Spacers can be added between mixing elements to take advantage of the turbulent eddies created downstream of a mixing element at no additional pressure drop and at modest cost.
Figure #5: Spacers can be added between mixing elements to take advantage of the turbulent eddies created downstream of a mixing element at no additional pressure drop and at modest cost.
History of GV™ Static Mixing Structure

The GV™ static mixer geometric structure was invented by Sulzer Chemtech of Winterthur, Switzerland in the early 1970’s who trademarked the design as the SMV* static mixer. Sulzer did a tremendous amount of fundamental high quality R&D work on the SMV structure and commercialized the SMV static mixer in tens-of-thousands of successful installations. The founders of StaMixCo held key technical and management positions in the Koch Engineering-Sulzer Chemtech team that commercialized the SMV static mixer.

* StaMixCo is not a distributor of or affiliated with Sulzer Chemtech.  SMV is a brand and trademark of Sulzer Chemtech.

More Information
Technical Bulletin (pdf 1.28MB)
Customer Specification Questionnaire (Excel 33 kb)

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