Self-suction type inner circulation overweight field gas-liquid reactor

Abstract

The present invention relates to a self-suction inner recycling super-gravity field gas-liquid reactor, which comprises a reactor container body, a dynamic rotor, a stator, a guide cylinder, a gas inlet pipe, a drive mechanism and a sealing mechanism. High-speed rotation produced by the drive mechanism drives the rotor to produce high centrifugal force, thus ensuring that the liquid in the container is thrown out by rapid centrifugation; the rotor center opposite to the air inlet pipe is vacuum, so that the gas is automatically suctioned from the lower part and the liquid is suctioned from the upper part at the same time; the gas phase and the liquid phase flow in the high turbulence in the rotor and are limited by the stator provided with small holes; the gas phase and the liquid phase carry out the super-gravity contact in a rotating chamber and are ejected out from the small holes of the stator after high-intensity physical mass transfer and chemical reaction are achieved; the two phases are mightily dispersed to form a large contacting area and further reacted in the container; the liquid at the proper position of the upper part of the container is suctioned into the rotor through the guide cylinder, thus forming the inner liquid recycling. The reactor can be widely applied in the fields of chemicals, petroleum chemicals, environment, pharmacy, light industry, etc. as well as gas-liquid reaction.

Description

technical field [0001] The invention relates to a gas-liquid reaction device in the fields of chemical industry, petrochemical industry, environment, pharmacy, light industry, etc., in particular to a self-priming internal circulation super-heavy field with good mass transfer performance, strong self-priming ability, and a super-gravity field Gas liquid reactor. Background technique [0002] Gas-liquid reactions are widely involved in many fields such as chemical industry, petrochemical industry, environment, pharmaceuticals, light industry, etc. Conventional gas-liquid reactors include: bubble column reactors in which gas is dispersed in the liquid phase in the form of bubbles, stirred bubble tanks Type reactors and plate reactors, spray, spray and Venturi reactors in which the liquid is dispersed in the gas phase in the form of droplets, packed tower reactors and falling film reactors in which the liquid contacts the gas phase in a film-like motion. In recent years, new r...

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Problems solved by technology

However, the reactor has high requirements on the equipment processing technology, and there are many places for r

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