Precautions for the use of the reactor supporting the chemical high and low temperature cooling integrated machine

The chemical high and low temperature cooling integrated machine and the reactor are combined to provide a cold source or heat source for various types of reactors, reaction tanks, etc.
, then, what should be paid attention to in the use process? When the chemical high and low temperature cooling integrated machine is used with the reactor, dangerous reactions may be caused due to the excessive amount of different reaction catalysts or other reasons.
Therefore, the operator needs to pay attention when using it, understand these precautions, and ensure the operation of chemical high Low temperature cooling all-in-one machine
.

1.
During the use of the chemical high and low temperature cooling integrated reactor, the risk of decomposition has become low, but some serious improper operations may still bring the chemical high and low temperature cooling integrated reactor.
The risk of decomposition and explosion, such as catalysts Too much dosage or too fast feeding speed will cause the instantaneous temperature to rise too fast, etc.
, which will cause the reactor to decompose
.

2.
Once mechanical impurities are brought into the reaction kettle of the chemical high and low temperature cooling integrated machine, local friction and heat are generated, resulting in the decomposition of the reaction kettle
.

Be careful not to drop mechanical impurities during maintenance
.

　　3.
The bearing components wear and heat up, and the temperature rises after overheating, which leads to the decomposition of the reactor.
The treatment method strictly checks the quality of spare parts and improves the quality of maintenance
.

　　4.
The friction between the agitator blade and the kettle wall produces local overheating, which leads to the decomposition of the reactor.
The treatment method improves the quality of maintenance and spare parts
.

　　5.
The amount of catalyst is too much or the feeding speed is too fast, and the instantaneous temperature rises too fast to cause decomposition.
The treatment method strictly controls the amount of catalyst, and the feeding should be uniform
.

　　6.
The increase of gas oxygen content in the process system leads to the decomposition of the chemical high and low temperature cooling integrated machine reactor
.

Usually should not be greater than, the treatment method strictly controls the oxygen content in the process system
.

　　The reaction systems set up by different manufacturers of chemical high and low temperature cooling integrated machines are different.
Some manufacturers are fully closed circulation systems, while others are not.
This requires customers to choose according to their own use environment
.