Reaction kettle leakage detection device

Abstract

The invention discloses a reaction kettle leakage detection device which comprises an annular detector, a circulation pressure water pump and a control panel. The annular detector is an annular shell. A pressure water channel is arranged inside the shell. The cross section of the pressure water channel is in a C shape. The inner side of the pressure water channel is directly attached to the shell of a reaction kettle. Annular sealing layers are arranged on the inner side of the shell. The sealing layers are arranged on the upper side and the lower side of the pressure water channel. A water inlet pipe and a water outlet pipe are arranged on the shell and connected to the circulation pressure water pump. A plurality of pressure detection probes are evenly distributed on the shell. The shell of the reaction kettle is sleeved with the device, shell bodies on the same height position on the shell of the reaction kettle can be detected by the device body within the same time, and the leakage position of the reaction kettle is precisely determined on the basis of data reflected by the control panel and the pressure detection probe; the working efficiency of the reaction kettle leakage detection work is improved.

Description

technical field [0001] The invention relates to the field of detection equipment for pressure vessels, in particular to a leakage detection device for a reaction kettle. Background technique [0002] In view of the diversity of the chemical reaction itself, according to the different types of reactants, there are many kinds of reactor materials on the market at present. After working for a long time, different reactors need to be tested for safety. Therefore, during the testing process Corresponding detection devices are required, and different detection devices are used for detection according to different types of reactors. [0003] Reactor leakage generally occurs at the connection position of the reactor. Due to the limitation of its structure, ordinary detection devices can only detect reactors of specific materials. In the process of detection and judgment, large-scale detection equipment can detect large The fault condition of the equipment within the range, but the ...

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Problems solved by technology

[0003] Reactor leakage generally occurs at the connection position of the reactor. Due to the limitation of its structure, ordinary detection devices can only detect reactors of specific materials. In the process of detection and judgment, large-scale detection equipment can detect large The fault condition of the equipment within the range, but the leakage position of the device cannot be accurately detected; small detection equipment can accurately determine the leakage position, but due to the small detection position, multiple detections are required for large-scale reaction equipment, which is time-consuming to operate laborious and inconvenient

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