Mixrite Static Inline Mixers [Motionless Mixers], have no moving parts. Utilizing the energy of the continuous flowing fluids itself, Internal Static Mixing Elements work in combination to provide the mixing action.

• Static Mixer provides complete, efficient and predictable residence time control for mixing of solids, liquids and gases in any combination under laminar, transitional as well as turbulent flow conditions.

• Mixrite static mixer consists of modular elements placed in pipe housing with suitable end connection at either ends, and enclosed by a thermal control jacket with inlet and outlet connections wherever sensitive heat transfer applications are involved.

Mixrite Jet Mixers or Mixing Eductors comprises of two critical components namely the motive nozzle and the diffuser. In jet mixing, a fast moving stream of liquid [motive liquid] is injected into a slow moving or stationary liquid [secondary liquid]. The velocity difference between the jet and the secondary liquid creates a mixing layer of jet boundary.

• This mixing layer grows in the direction of jet flow, entraining or mixing the bulk liquid into the jet. Jet mixers can be used in place of Agitators in practically all the cases where the liquids to be mixed can be pumped.


• Some typical applications of Jet Mixers are mixing or blending, solid suspension, electro coating, pretreatment tanks, lube oil blending, neutralization tanks, storage tanks for homogenization etc.


• An established amount of motive liquid is pumped through a header into one or multiple jet mixers submerged within the tank. Depending on the application, the motive liquid can be recycled from the same tank or can be a another liquid drawn from a different source which is to be mixed with the tank contents under consideration.


• The static pressure at the entrance of the nozzle is converted into kinetic energy by allowing the fluid to flow freely through a convergent type nozzle. As the operating fluid exits the nozzle, it entrains fluid from the tank through the suction chamber. The operating liquid along with entrained liquid then undergoes thorough mixing in the parallel section of the diffuser.


• The divergent portion of the diffuser helps in converting the velocity head to pressure head at the discharge end of the mixer. The discharge flow continues the mixing action of the liquid and imparts uniform mixing throughout the tank.

 

Salient Features of Jet Mixer:

• Simple and compact in construction.


• Low capital and operating cost as compared to conventional agitators.


• No moving parts and hence maintenance free.


• High Energy Efficiency.


• Designed to have practically no dead spots in the  tank.

 

Jet Mixers are extensively used in the Caustic Tanks for homogenization. The velocity difference between the jet and the secondary liquid creates a mixing layer of jet boundary. This mixing layer grows in the direction of jet flow, entraining or mixing the bulk liquid into the jet. An established amount of motive liquid is pumped through a header into one or multiple jet mixers submerged within the tank depending on the tank geometry. The motive liquid is recycled from the same tank.

• The static pressure at the entrance of the nozzle is converted into kinetic energy by allowing the fluid to flow freely through a convergent type nozzle. As the operating fluid exits the nozzle, it entrains fluid from the tank through the suction chamber.

• The operating liquid along with entrained liquid then undergoes thorough mixing in the parallel section of the diffuser. The divergent portion of the diffuser helps in converting the velocity head to pressure head at the discharge end of the mixer. The discharge flow continues the mixing action of the liquid and imparts uniform mixing throughout the tank.

Salient Features: 

• Simple and compact in construction.


• Low capital and operating cost as compared to conventional agitators.


• No moving parts and hence maintenance free.


• Easy to install.


• High energy efficiency.


• Designed to have practically no dead spots in the tank.


• High degree of operational safety.


• High degree of mixing per unit of expended energy.

Hybrid Mixing Systems is a combination of Agitators, jet mixers and static Mixers that are employed in series or parallel for a given application, so as to achieve optimum benefit and throughput.

The concept of Hybrid mixing enhances the mixing performance and also makes the overall blending operation energy efficient and cost effective. While there are specialized mixing equipment available today, they are highly cost/capital intensive.

In certain processes, these specialized mixers can be substituted with Hybrid Mixing Systems as a viable alternative.

Salient Features Of Hybrid Mixing Systems: 

• Cost effective mixing solution.


• Low operating cost.


• Excellent performance at low price.


• Operational Flexibility.


• The synergy often compensates and surpasses the handicaps of individual mixers.


• Our specialists and engineering team can often provide innovative and tailor made hybrid mixing solutions to handle complex mixing problems.

The combination of Static Mixer and Jet Mixer offered uniform blending operation for all the batches and also ensured consistent transport and lubrication properties of the final product. This Hybrid Mixing System was first conceptualised or implemented by Mixrite and is currently in operation at one of the leading lubricant manufacturing plant in India.

In most cases Jet Mixer alone can also be installed in the blending tank and offers highly efficient blending operation. In majority of the cases Jet Mixers can be designed to suit the existing Transfer or Recirculation Pump available at the plant.

Salient Advantages: 

• Simple system


• No moving Parts for mixing equipments.


• Consistent output in terms of viscosity index.


• High Efficiency.


• Reduced Mixing Time.


• Better product yield.

Mixrite Fluid Mixing Equipment are designed for optimum performance in a wide variety of chemical processes. Today both standard and custom-built fluid agitators and mixing equipments of Mixrite -using the latest technology are in operation throughout the length and breadth of India. Besides it's manufacturing activities, Mixrite provides wide ranging research, design, development and consultancy services in the area of fluid agitation and mixing technology.

Design and consultancy services are also available on a proprietary or special contract basis. Special requirements in blending, dissolving, heat transfer temperature uniformity, gas dispersion, impeller configuration for high viscosity, prevention of stratification, flow pattern effectiveness, emulsification to suit wide variety of tank geometry are expertly assessed and met with.

• Through advances in our blade geometry and optimum speed selection, we at Mixrite, strive towards getting maximum flow at minimum power consumption.


• Mixrite technology is of particular value to those process plants where increased efficiency, reliability and innovation are high on the list of company objectives.


• Mixrite Portable high speed agitators are available in 316 SS material of construction. These mixers are ideally suited for tanks of relatively small volume capacity.


• These compact units are available with either mounting bracket and C clamp arrangement or Pedestal mounting arrangement.


• The delivery period for these agitators is shortest in view of the standard design and inventory maintained by the company.


• Mixrite portable agitators are coverd by special process performance and mechanical guarantee.

Mixrite Steam Water Heaters [SWH] have been specially designed to produce Hot Water using steam. Hot water is required in almost all the process plants for Food Pharmaceutical and Chemical Process Industry. The problem under consideration is to raise the temperature of the incoming water by direct injection of steam. Mixrite SWH are specially designed for this application to achieve smooth condensation to eliminate or avoid water hammering, vibrations and noise which is commonly observed in the conventional systems.

The Injection System and the Mixing Elements are designed to ensure precise temperature control. This Mixer rapidly disperses the two phase to form bubbles or droplets while its radial mixing properties provide uniform shear characteristics thereby producing a very narrow bubble or droplet size distribution.

Salient Features of Mixrite SWH:

• Simple and compact in construction.


• No Steam Wastage.


• Eliminates Excessive Vibration and Noise.


• Low Installation and Operating cost


• No moving parts and hence no maintenance.


• Allows representative sampling for finer temperature  control.


• Low Pressure Drop.


• Available in all Sizes.


• Eliminates Temperature gradients.


• Low installed weight Mixrite SWH units have a proven track record and have been in successful operation at various plants all over India.

We are specialized in supplying Nashh type CL, SC & 904 series vacuum Pumps and pump spare parts produced from India at a very competitive rates. Our pumps and parts are becoming popular not only in India but are also gaining a lot of popularity in countries like:

• USA


• Nepal


• Nigeria


• Tanzania


• Dubai


• Philippines


• South Africa


• Kenya


• Mauritius


• Bangladesh


• Sharjah


• Malaysia


• Indonesia


• Egypt


• Australia

The Vacuum Pump and Spare Parts produced by us can be fitten in your original pumps without any modifications and we guarantee the process performance and fitment without any kind of modification in existing pumps. We also have the expertise of offering complete engineered package system.

We are specialized in offering Dry Vacuum Pumps and systems for chemical process, pharmaceutical and other applications.

• The screw type dry system offered by us proven design internationally and is backed by tremendous proven track record globally.


• Vacuum Pumps and Systems are one of the widely used equipment in process plants.


• We have expertise to correctly size and select the Vacuum Pump and lay down the system specifications.


• We give major emphasis for understanding the fundamentals of Vacuum System and its integration to enable us offer right solution to our clients.

The Dry Screw Vacuum Pumps offered by us are highly efficient and robust. Please write to us with your specific vacuum application and we would be pleased to guide you further.

Vapor Sep is an innovative and patented membrane-based process for separating and recovering hydrocarbons from light gases such as nitrogen, hydrogen or methane.The enabling technology is a reverse selective membrane that preferentially permeates the larger hydrocarbon vapors compared to the smaller light gases.

• Vapor Sep is used to recover valuable hydrocarbons and to purify the light gas for reuse within the process. Applications for VaporSep are found throughout the Refinery, Petrochemical, Fertilizers, Natural gas industries.


• Vapor Sep process combines membrane vapor separation with compression condensation. The feed gas is compressed and cooled, condensing a portion of the hydrocarbons.


• The liquid is recovered for reuse and the remaining gas, which still contains a significant amount of hydrocarbon is fed to the Vapor Sep membrane. The membrane separates the gas into two streams: a permeate stream containing most of the hydrocarbons and a residue stream which contains the purified light gas.


• The permeate is recycled to the inlet of the compressor while the residue stream is vented or reused. Some Vapor Sep systems are even simpler, consisting of only membranes.


• In conventional membranes, separation is accomplished primarily by differences in diffusion rates due to differences in molecular size. In contrast, the Vapor Sep membrane separates on the basis of solubility.

This reverse selective membrane allows large hydrocarbon molecules to permeate much faster than smaller molecules such as nitrogen, hydrogen or methane. The reverse selective effect is due to the higher solubility of large hydrocarbon molecules in the specific Vapor Sep polymer. Some of the major applications with brief description is given below: 

• Polyolefin Resin Degassing


• Ethylene Recovery In Polyethylene Plany


• Vcm Recovery In Polyvinyl Chloride Plant


• Ethylene Oxide & Vinyl Acetate Momoner


• Lpg Recovery


• Fuel Gas Reconditioning


• Ngl Recovery


• Hydrogen Recovery System

More Details, Please Visit ttp://Www.Mtrinc.Com

We are one of the largest producers of Thermo Syphon Pots and are currently supplying to leading suppliers of Mechanical Seals both in India as well as globally. We have qualified welders and can offer 100% radiography on all our joints. Please send us your enquiries and we shall be pleased to respond back

As a leading manufacturer, in view of our presence in the Indian market for the last 3 decades, we have helped global companies outsource their casting, forging and fabricated items from India.

As India is an emerging market and can meet with global quality as well as documentation requirement, we have had very good success in helping all our clients locate world class products form India.

 We offer following services:

• Market Survey Report


• Provide Manufacturers Profile


• Assist overseas companies locate the right partner in India and act as their offices in India for liaison work and coordination.