The working principle of a reaction vessel is based on the kinetics and thermodynamics of chemical reactions. Its working process can be summarized in the following steps:
Adding and Mixing: Reactants are added to the reaction vessel and thoroughly mixed using methods such as stirring.
Heating and Cooling: The temperature inside the reaction vessel is adjusted according to the reaction requirements through the heating or cooling system. This typically involves using electric heating rods, hot oil circulation, or steam heating, and cooling with cooling water or chilled brine.
Pressure Control: Some chemical reactions require specific pressures. Reaction vessels are usually equipped with pressure control devices, such as pressure reducing valves and safety valves, to ensure that the pressure inside the vessel is maintained at the set level.
Stirring and Reaction: Under suitable temperature and pressure, a stirrer ensures that the reactants come into full contact and undergo a chemical reaction. The type and speed of the stirrer can be adjusted according to the specific reaction to ensure efficient reaction.
Product Collection and Processing: After the reaction is complete, the reaction products can be collected through the outlet at the bottom of the reaction vessel for subsequent processing and analysis.
