Functions and Applications of Static Mixer – Finepac Structures



A static mixer is an accuracy built gadget for the nonstop blending of liquid materials, without moving components. Normally the liquids to be blended are fluid, yet static mixers can likewise be utilized to blend gas streams, scatter gas into a fluid or mix immiscible fluids. In this PPT has mention some of the best functions and applications of static mixer.

Functions:

The mixing procedure incorporates dilution, balance, division, extraction, etc. The static mixer, through the three mixing standards of division, changes, and reversal, can be fit in with the differemixing process. The way toward dissolving a gas into a fluid requires low temperatures and high weight. In addition, an expansive contact surface is required.

Applications:
·         Natural Gas Processing
·         Pharmaceuticals
·         Pulp & Paper Processing
·         Cosmetics & Detergents
·         Potable Water Treatment
·         Power Plants
 
  For more details: Static Mixer



Comments

Post a Comment

Popular posts from this blog

Gas Dehydration Plant Manufacture And Suplier

Image
The Glycol Dehydration Unit is a reliable, efficient system for removing water from natural gas well streams in order to meet typical pipeline and process specifications. Multiple stages of removal are contained on a single skid-mounted unit, giving you a wide range of options and flexibility to configure the system to your specific application. Finepac Structures manufacture one of the best gas dehydration systems manufacturing in India. We design and supply gas dehydration systems using triethylene glycol (TEG) to absorb water from the gas. High energy recovery and low glycol losses are achieved with dewatering packages and modules in small, lightweight and small footprints. Natural or wet gases can have varying water content, aerosol and droplet sizes, so the TEG gas dehydration system lowers the water dew point and removes solids from the gas. This prevents hydrate formation, condensation or corrosion in the downstream process. Read More Finepac Structures Gas Dehy
Read more

Everything about Plastic Random packing for corrosive applications

Image
Earlier known as dumped packing and used popularly in the gas, chemical plants, and refinery  random packing  is traditionally used for the fractional operations. It has been used to increase the tower’s capacity, and therefore it is a cost-effective and efficient solution used from several decades. Its effectiveness is looked in the dehumidification of air where LiCl (lithium chloride) is utilized. With the innovations and new outcomes,  random packing  displays improved products for the new generations. Available in three different varieties (materials) plastic, ceramic, and metals based on different operational temperatures, the optimum utilization is made for the mass and heat transfer.   In addition to better performance benefit, there are many other advantages of random packing.   Below-mentioned is a few more benefits:      - The pressure drop reduction throughout the column - Liquid holdup reduction in the column - Capacity increment at the same efficiency in
Read more

Distillation Column and Distillation Unit the Industrial Refining Process

Image
  Distillation is a widely used separation method used in Industries for several procedures. It is a widely used separation technology where separate components and substances are separated.  Made of different components  distillation columns  are used to transfer the heat energy for the transfer of the material. It is consist of several parts where various separation components are carried through the vertical shell.    ·          Different types of distillation columns:    There are various types of  distillation columns  present where every design performs differently and have specific separation type. Besides the different performances, each method is different and complex.    -       Batch column : It is a different type of distillation process which includes the batch-wise feed. The batch operation is carried out batch wise, and then the distillation process is carried one by one. Once a batch performs the task and the desired output is received, the next batch is i
Read more