Whats is Fluid Energy Mill? Principle, Diagram and Working

Fluid Energy Mill
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Hello, you are very welcome to the blog of Physics. are you searching for a fluid energy mill, its applications, and its functioning? If that’s the case, you’ve come to the right place. In this important article, we will discuss the working principle of the fluid mill and its important things. Generally, this mill is used to reduce the size of the particle at the Ultrafine level. It means by using this mil be can make any particle very tiny and size. we are always eager to give you some valuable content on our website. if you want to read more articles on physics you can check our other articles also.

The important points that will be discussed in our article are Fluid Energy Mill, fluid energy, energy mill, fluid energy processing, fluid energy mills, fluid energy milling, fluid energy mill is also known as, fluid energy millwork on the principle of, fluid energy mill diagram, etc. To understand the concept of this energy mill you have to read this article from the first line to the last line. You can also read our previous article by the link given below. Let us start our article without consuming your important time. 

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Principle of Working

This fluid energy mill is also called a Jet Mill. It relays on the principle of interparticle attrition and impact to attain the desired particle size. So it is a very important device in the world of Physics. Fluid energy mill work very fast, and they can take over up to 6000 kilograms of material in the mill per Hour.

Diagram of Fluid Energy Mill

The fluid (Liquid) energy mill consists of a chamber which is called a grinding chamber and which is an oval loop of pipe in size. This pipe has approx diameter of about 30 to 200 and a height of approx 1.2 to 2.4 m. There is a use of Venturi injection and a feed Hopper that is attached near the bottom of that pipe.

On the downside of the oval loop, there are some nozzles are arranged which suspend the compressed air or the too much hot steam at a pressure of 7 atm. A bend is present at the top of the loop and on the inner side of this bend there is a discharge opening that terminates in a cyclones operator. at the last, a product collector is joined to this cyclone separator.

Fluid Energy Mill diagram

Advantage of fluid energy mill

There are some advantages of fluid or liquid energy mills given below read them carefully-

  • In this fluid or liquid energy mill week and reduce the particle size to the level of ultrafine particles that is 30 mm or less. It means with the help of this great mill, we can break the particle into very small sizes as we desired.
  • Some thermolabile substances such as hormones, antibiotics, and vitamins can be easily milled because in this mill the milling process mainly does not produce any type of heat.
  • We can also use inert gases in the size reduction of very sensitive materials.
  • This mall is also used for the dehydration of wet products besides the size reduction.
  • The particles are produced in a spherical shape. And this fluid energy mil can also reduce the size of particles that are very poorly water-soluble.
  • This awesome mill works very fast, and they can take over up to 6000 kilograms of material in the mill per Hour.
  • And another advantage of the important mill is that it is very easy to clean the mill.

Some disadvantages of fluid energy mill

There are some disadvantages of fluid mill given below read them carefully-

  • In contrast to other mills, this mill is so expensive.
  • We have to do pre-milling of the product before use in this mill.
  • The particle which is very soft and fibrous hard to reduce the size.
  • In this mill, energy consumption is at a high level as well as this process is required high pressure so we need more gaseous fluid.

fluid energy mill

Some important applications of fluid mill

With the help of a fluid mill, the solids that are non-sticky are used in this mill to reduce their size. Some thermolabile substances such as hormones antibiotics vitamins can be easily milled, because in this mill the milling process mainly does not produce any type of heat. The size of hard materials is also reduced in this fluid mill.

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Conclusion

The conclusion of today’s topic is that the fluid energy mill is a very good device and it is used to reduce the size of the particles in different ways. We have discussed many types of questions which are very important to know the scientific student. these questions are like fluid energy millwork on the principle of, fluid energy mill diagram, fluid energy mill reduces the particles up to, a fluid energy mill is used for, the principle of fluid energy mill, fluid energy mill Slideshare, etc. For any query or any suggestion please contact us through the comment section box given below the article. we will come back very soon with a fascinating article on physics. thanks!

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