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  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled

100 LTS Decompression distillation reactor system with operation station automatic controlled

No.00348
This decompression distillation reactor is widely used in the refining of high-boiling-point compounds, purification, and separation of compounds.
Description
Profile of 100 lts decompression distillation reactor system Reactor system configuration description:
1, PID explosion-proof intelligent controller with a controllable and adjustable (frequency control, motor current display, temperature display, heating temperature control) temperature control accuracy of ± 1 ℃.
2, a magnetic coupler, with an explosion-proof motor.
3、With an explosion-proof electric heater, heat conduction oil is supplied by the customer.
4, with kettle lid opening valve, vacuum gauge, explosion-proof platinum resistance (kettle temperature measurement as far as possible against the bottom), charging port with blind, discharge port with ball valve connected to the 50L tank, condensing port with a set of condensing device.
5、Materials:stainless steel S30408 in contact with materials.
6、With heat preservation.
7、Condensation tower
8、Recovery tank
9、Buffer tank
10、Receiving tank
11、Vacuum pump
12、Operating station
Full volume 100L
Design pressure MPa -0.1
Design temperature 250°C
Working pressure MPa  -0.1
Working temperature 200°C
Motor power 2.2KW
Rotation speed rpm 0-100
Stirring form  Paddle+Anchor
Heating method  Electric heating with oil bath
Sealing method Magnetic seal
Contact material S30408
Design life 10 years

Principle of Decompression Distillation:

Decompression distillation is a method that separates a liquid mixture primarily by reducing the pressure in a distillation system.

Compared to different distillation methods, reduced pressure distillation has several advantages:

1. Reducing the boiling point of the material: decompression distillation reduces the boiling point of the liquid. So that the high boiling point of the material in a relatively low temperature can be boiled separately, thereby reducing the output of heat, and reducing energy consumption.

2. Avoid thermal decomposition: In the process of ordinary distillation, certain liquid substances with high boiling points may decompose or have chemical reactions due to high temperatures, leading to separation problems.

3. Environmental protection: compared with ordinary distillation, reduced pressure distillation requires less energy, which is good for the environment and sustainable development.

In short, reduced pressure distillation can improve separation efficiency, reduce the pollution of the environment, as well as improve the quality of the product and the efficiency of industrial production.

WHGCM's Decompression Distillation Reactor System (DDRS) is specially designed and manufactured for customers. The use of high-power vacuum pumps can quickly achieve the vacuum effect in the system.

By means of a high-efficiency electric heating device as well as an oil bath, the temperature of the reactor can be used to speed up to the boiling point of the material under low pressure.

The design of a stirring paddle can accelerate the material boiling and speed up the separation speed.

The heat exchange area of the condensation tank reaches five square meters, which can achieve rapid cooling and accelerate the separation efficiency of the material.

And the application of a recovery tank ensures that the material can be separated twice, which improves the precision of separation and avoids waste.

And the application of the PID control system ensures the visualization and convenience of operation.

The use of a carbon steel welded operating platform not only ensures that the whole system can be carried out smoothly but also gives full consideration to the convenience of the operator.

  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
  • 100 LTS Decompression distillation reactor system with operation station automatic controlled
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