state of the art mixing solutions

About Us A Static Mixer consists of Pipe Housing with suitable

end connection like Flanges, Threading, IDF etc. for
Mixrite Mixing Systems (MMS), is the leading source hook-up to process lines. There are predefined
that combines the highest standard of innovation and numbers of specially designed mixing elements placed
reliability with extensive know-how in designing and inside the housing pipe which offer suitable turbulence
manufacturing of fluid mixing equipments and systems. level to the flowing fluids. Depending on the application,
Since 1972, the group has been offering energy efficient a thermal jacketing is provided with an inlet and outlet
and unique mixing solutions to the process industry. Our connection. The geometry of the internal element is
unwavering commitment towards providing maximum designed and selected on the basis of process
customer satisfaction, has enabled us to produce a wide requirements such as homogenization, blending,
range of fluid mixers for Refineries, Petrochemicals, Oil emulsification, pH control, Gas-Liquid contacting, mass
& Gas, Nuclear Power Plant, Heavy Water Plant, Water transfer, dispersion, heat transfer, scrubbing, gas
and Waste Water Treatment, Research Establishments, absorption etc.
Fertilizers, Synthetic Fiber, Edible Oil, Food, Dyes,
Paints, Pharmaceuticals, Plastic, Basic Chemicals and
other Allied Process Industries. As a quality driven
company, Mixrite Products are manufactured with the Salient Features of MMS Static Mixers
highest level of QC standards that are strictly complied • Proven Design & Guaranteed Performance
with at all levels right from the procurement of raw • Energy Efficient and Power Saving
materials to the final shipment of the finished goods. • No moving Parts and hence maintenance free
Mixrite equipments are today in operation across the
• Ideal for Continuous operation
length and breadth of India and are also exported
worldwide. Our tradition of quality and reliability, blended • Compact and Ease of Installation
with an uncompromising quest for excellence, has • Custom designed
enabled us to execute a wide range of prestigious and • Low Capital Cost
challenging jobs. • Eliminates Radial Gradients

Static Motionless Mixer

A Static Mixer, as the name

suggests, has no moving parts
and is a continuous radial
mixing device. The internal Liquid A
Kinetic and Potential energy of
MMS Static Mixer
the liquid is utilized in Pump A
Mixed Stream
combination with specially
designed mixing elements to Sensor
achieve a high level of
turbulence. These mixing
elements divide, reunite, Proportional
spread, rotate and swirl the Controller
flowing fluid with controlled
pressure drop and offer the Liquid B Control
desired mixing results. As Valve
Static Mixers have a relatively Pump B
short residence time and little Static Mixer Installation
back mixing, it is important and crucial to precisely dose
the feed components to get the desired mixing results. MMS Mixers are used in a wide range of applications
MMS Static Mixers are available in all sizes and in a wide and practically in all types of process industries like
range of materials like Carbon Steel, Stainless Steel, c h e m i c a l , c o s m e t i c s , d e t e r g e n t s , e n e r g y,
Titanium, PVC, PP, FRP, PTFE Lined and other exotic environmental protection, electronics, food, natural gas,
materials. polymer, plastics, textile fibers, petrochemicals, pulp &
paper, refining, water and waste water treatment.
Jet Mixer Jet Mixer Selection Chart
A Jet Mixer, sometimes also referred to as a Mixing MIXER MODEL
Eductor is used to agitate liquids, mix two or J20 J25 J40 J50 J80 J100 J150 J200
more liquids, homogenize tank contents and 0.7 3.50 5.00 7.00 14.0 32.5 57.0 137.0 228.0

PRESS. DIFF.------ Pm–Pd [Bar]

dissolve fine solids in liquid in open as well as

MOTIVE FLOWRATE (m3/h)

1.4 5.00 7.00 9.50 20.0 46.0 80.5 193.0 323.0
closed tanks. These mixers can be installed
2.1 6.00 9.00 12.0 24.0 56.5 99.0 236.5 395.5
and used in neutralization basin also. Jet
Mixers can often be a good substitute for 2.8 6.50 10.0 14.0 27.5 65.0 114.0 273.0 456.5
conventional Agitators. The range of 3.5 8.00 11.0 15.5 30.5 72.5 128.0 305.5 510.5
application of these Mixers is governed by the 4.2 8.50 12.5 17.0 33.5 80.0 140.0 335.0 559.0
viscosity of the liquids. As a rule of thumb, Jet 4.9 9.00 14.0 18.5 36.5 86.0 151.0 361.0 604.0
Mixers can be used for all those applications
5.6 9.50 15.0 20.0 39.0 92.0 161.5 386.5 645.5
wherein the liquids to be mixed or
homogenized can be pumped using a 6.3 10.0 15.5 21.0 41.5 98.0 171.0 410.0 685.0
centrifugal or gear pump. 7.0 11.0 16.0 22.0 44.0 102.5 180.5 432.0 722.5

A Jet Mixer consists of a Motive Nozzle and a Mixing

Element / Diffuser. The motive fluid is fed under pressure
to the motive inlet connection. This motive fluid can be a Long & Narrow
liquid either from the same tank where Jets are installed, Tank
or from a separate tank. This liquid flow emerges from
the motive nozzle at a high velocity, thereby, creating
vacuum at the entrance of the diffuser cone inlet on
account of Bernoulli's principle. This vacuum entrains
the surrounding liquid and the combined (motive and
entrained) flow progresses through the diffuser. In the
diffuser, the kinetic energy of the mixture is converted
into potential energy until the pressure equalizes at the
exit point. The discharge flow or plume continues the
mixing action and imparts uniform mixing throughout the
tank. Some of the common applications of Jet Mixers are
Lube Oil Blending, Caustic Homogenization Storage Cylindrical Spherical
tanks, Electro Coating Pretreatment Tank, Agrichemical Tank Tank
Tank, Fertilizer Tank, Sludge Tank etc.

Salient Features of MMS Jet Mixers

• Proven Technology
• No moving Parts and hence maintenance free
• Compact and Ease of installation
• Eliminates requirement of heavy mounting
structures as are required for Agitators
• Eliminates stratification and promotes
homogenous tank mixing Jet Mixer Configuration
• Effectively covers full tank volume leaving no
dead zones
• Designed to suit existing Pump
• Low capital cost
• Offers Flexibility of Operation TANK

Jet Mixer Installation & Configuration

The design and placement of the Jet Mixer is based on
Tank Geometry, Floating Roof, Transport Properties of JM
the Liquids, Mixing Time and Pressure. Jet Mixers
should be installed at the deepest possible point in the
tank so that efficient operation is ensured even at lower
operating liquid levels. The number of Jet Mixers and its
position is established in such a way that the complete Recirculation
Pump
tank volume is effectively covered, thereby practically
leaving no dead spots in the tank.
Jet Mixer Installation