40 to over 120”-diameter and square/rectangular ducting such as 46-feet by 13-feet for power plant flue gas treatment. Efficient mixing of viscous applications takes into consideration, among many other factors, viscosity and level of shear. Typical sizes of static mixers range from very small laboratory size units that fit into 1/8” diameter tubing, process piping that ranges from 1/4” Sch. Pumps or blowers are used to deliver the components to be mixed at the desired volumetric flow rates and to also supply the pressure energy required for mixing. The static mixer design best suited for a specific application is based on the process unit operation being practiced.Īs shown in Figure #1, static mixers are used in continuous processes where they homogenize fluids with no moving parts. This agitator is designed for the food-processing, cosmetic and pharmaceutical industries and it is provided with the most suitable finish for each industry. As a rule, jet mixers can be used in all cases where the liquid to be mixed can still be supplied by a centrifugal pump. The range of applications for liquid jet mix-ers is only limited by the viscosity of the liq - uid to be mixed. They can be used in mixing, dissolution and maintenance processes where a mild to medium mixing is required. Liquid jet mixers are jet pumps to mix and circulate liquids. Motionless mixers are capable of mixing materials with equal or very different viscosities and volumetric flow rates. The NHS agitators are vertical agitators with worm gearmotor. View Printable Version Principles of Operation of Static Mixersįor more than 55 years, static mixers (also known as motionless mixers) have been successfully used as inline mixers for the mixing/dispersing, reaction and heating/cooling of high and low viscosity liquids, slurries, gases and the multi-phase contacting of gases, solids and liquids.
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