Difference Between Molecular Distillation And Traditional Distillation Technology

 The difference between molecular distillation and traditional distillation technology? Molecular distillation can effectively solve many problems that traditional distillation techniques cannot solve, and improve the shortcomings left by traditional distillation techniques.

Molecular distillation technology improves the general distillation environment requirements. Since molecular distillation reaches a certain temperature difference, it can be separated at multiple temperatures. Traditional distillation requires strict requirements and can only be carried out after controlling the boiling point of the material.

Traditional distillation bubbling and boiling are relatively common, and it can also cause splashing or endanger the health of workers. Molecular distillation can evaporate freely on the surface of the liquid film, and the pressure required for operation is small. Molecular distillation can be easily done without these problems.

Molecular distillation technology is suitable for increasing types of materials, which is different from ordinary distillation. Ordinary distillation is only suitable for certain materials.

Different distillation time is required, molecular distillation heating time is short, in the actual application operation process, more cost savings, and the purification process is also higher.

How to achieve separation under low pressure by molecular distillation equipment

The molecular distillation separation process of low-pressure distillation of molecular distillation equipment during operation takes place between 0.01Pa and 0.1Pa. During operation, its distillation pressure can increase the average free path of the molecular movement of the compound, thereby expanding the average between the compounds. The difference in free path achieves separation.

It is generally in the traditional distillation technology is still kettle distillation, the compound to be separated is vaporized into a gas at the boiling point first, the gaseous compound is pumped out under the action of the vacuum pump, and it can be condensed when it flows through the condenser.

The long-distance between the condenser and the evaporation surface makes this distance full of gaseous compounds, making it difficult to reduce the pressure at the evaporation surface. For molecular distillation technology, due to the close arrangement of the condenser and the evaporation surface, once the compound to be separated volatilizes, it will be condensed, so the partial pressure of the gaseous compound between the condenser and the evaporator surface is low, and the separation of the compound at low pressure can be achieved.

Difference Between Molecular Distillation And Traditional Distillation Technology