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Static mixer / wastewater - KT-SM-500
KEMTRON technologies developed a full range of mud mixing equipment like venture hoppers, mud guns, jet shearing systems and hydrofoil agitators to offer highest efficiency in blending. Bentonite, polymers and other powder...
Static mixer / wastewater - KT-SM-500
KEMTRON technologies developed a full range of mud mixing equipment like venture hoppers, mud guns, jet shearing systems and hydrofoil agitators to offer highest efficiency in blending. Bentonite, polymers and other powder additives are also being produced to help operators attain the properties essential for drilling mud like viscosity for hole cleaning, water loss control and filter cake build up. On weighted mud applications it is important to handle barite during potential blow-out applications.. Though KEMTRON systems generate homogenous drilling mud, its in-house engineering team fulfills customer’s demands through system customization. It offers custom hoppers, chemical injection systems and operational control systems as per customer demands. All the systems are designed in accordance to ISO 9001 and European CE Machinery Directive Standards.
Static mixer - ø 0.5 - 6" | ISG
Two basic-No Moving Parts- Motionless Mixer designs are offered for use in turbulent and laminar flow mixing applications.
The ISG (interfacial surface generator)consists of individual mixing...
The ISG (interfacial surface generator)consists of individual mixing...
Static mixer - ø 0.5 - 6" | ISG
Two basic-No Moving Parts- Motionless Mixer designs are offered for use in turbulent and laminar flow mixing applications.
The ISG (interfacial surface generator)consists of individual mixing elements that are stacked in a tubular housing. The ends of the elements are shaped so that the adjacent elements form a tetrahedral chamber. Four holes bored through each element provide the flow paths. The holes are at oblique angles so that material near the periphery (i.e. near the pipe wall) on the inlet side of the element emerges near the center on the outlet side. The material exiting one element then enters near the center into the second element and exits near the wall. This radial mixing eliminates the wall smearing effect that can be otherwise encountered when mixing viscous materials.
The ISG (interfacial surface generator)consists of individual mixing elements that are stacked in a tubular housing. The ends of the elements are shaped so that the adjacent elements form a tetrahedral chamber. Four holes bored through each element provide the flow paths. The holes are at oblique angles so that material near the periphery (i.e. near the pipe wall) on the inlet side of the element emerges near the center on the outlet side. The material exiting one element then enters near the center into the second element and exits near the wall. This radial mixing eliminates the wall smearing effect that can be otherwise encountered when mixing viscous materials.
Static mixer - ø 1 - 12" | LPD, LLPD
Two basic-No Moving Parts- Motionless Mixer designs are offered for use in turbulent and laminar flow mixing applications.
The...
The...
Static mixer - ø 1 - 12" | LPD, LLPD
Two basic-No Moving Parts- Motionless Mixer designs are offered for use in turbulent and laminar flow mixing applications.
The elements are made of two inclined semi-elliptical plates opposite to each other. The mixing operation is based on the splitting and diverting of input streams. In turbulent flow applications, the elements enhance the random dispersion of substreams so that a unit with six elements is sufficient for most applications.
The elements are made of two inclined semi-elliptical plates opposite to each other. The mixing operation is based on the splitting and diverting of input streams. In turbulent flow applications, the elements enhance the random dispersion of substreams so that a unit with six elements is sufficient for most applications.
Static mixer / polymer - SMX™, SMX™ plus
The SMX plus static mixer is the reference for homogenization and...
Static mixer / polymer - SMX™, SMX™ plus
The SMX plus static mixer is the reference for homogenization and dispersing tasks in laminar flow. Even challenging mixing applications such as dosing a small amount of low- viscous additive into a high-viscous main stream can be performed very efficiently.
Static mixer - SMV™
The Sulzer SMV static mixer is ideal for applications that require a distributive and homogeneous mixing and blending action in the turbulent flow regime
Static mixer / for gases and liquids - SMI, KVM
The Sulzer static mixers type SMI and KVM are ideal for liquid-liquid mixing in the turbulent flow regime. These mixers can also be used for mixing gases.
Static mixer - CompaX™
The Sulzer CompaX static mixer is your most efficient and economic choice for admixing additives in the turbulent flow regime. Thanks to its low pressure drop, it significantly saves you pump energy, therefore offering both economical and ecological benefits.
Static mixer / with heat exchanger / polymer - SMXL™
In addition to the monotube SMXL, we also offer a multitube mixer-heat...
Static mixer / with heat exchanger / polymer - SMXL™
In addition to the monotube SMXL, we also offer a multitube mixer-heat exchanger, which offers improved heating or cooling of viscous media at high throughputs. It is the perfect alternative when the flow is too high to be handled in a monotube.