Mixing Vessels Useful Clues for the Mixing Beginners Mixing Course

We will introduce three points as the first step of selecting an optimum mixing equipment.

By understanding the importance of setting a goal, you will be able to find new points for improvement.

To understand the things to be mixed, we will explain the most important factor for it: viscosity.

We will explain how to handle such a troublesome viscosity a little more specifically.

Let us assume a production site in a chemical plant and give an explanation so that you understand the key points more practically.

Let's start with knowing the “Three Principles of Mixing”, which are rules of flow during mixing.

This time, take it easy and let us talk about what the mixing Reynolds number is, in the first place.

To begin with, we will explain the basics of basics of scaling up so that you can have a clear image of what scaling up is.

Let us talk about the key points of scaling up in the practical level.

Actually, heat transfer performance in mixing vessels have many aspects that cannot be explained only by heat transfer area.
We will discuss: "What is the heat transfer performance in mixing vessels?"

We will discuss one of the factor in U values, the film heat transfer coefficient (inside of mixing vessel), hi, which is significantly affected by the mixing method and liquids to be mixed.

This is the summary of the 11 sessions of the beginners' mixing course.

We will talk about the thinking steps when determining the basic specification of mixing vessels.

We will talk about the basics of simulation in a mixing tank and how to use it correctly.