Efficient multi-source high-temperature and high-pressure aging kettle structure and aging method

Abstract

The invention relates to an efficient multi-source high-temperature and high-pressure aging kettle structure. The structure comprises a bearing rack, a reaction kettle, a spraying pump, a jet pump, spraying ports, jet flow air ports, a temperature and humidity sensor, an air quality sensor and a driving circuit, wherein the reaction kettle is embedded in the bearing rack, the plurality of sprayingports and the plurality of jet flow air ports are embedded in the reaction kettle, each spraying port is communicated with the spraying pump through a flow guide pipe, each jet flow air port is communicated with the jet flow pump through an air guide pipe, the temperature and humidity sensor and the air quality sensor are embedded in the reaction kettle, and the driving circuit is connected witha side surface of the bearing rack. The aging method comprises four steps of equipment assembly, equipment prefabrication, aging operation and purification operation. According to the invention, on one hand, the aging operation requirements of workpiece equipment with different structures and materials can be flexibly met, on the other hand, the requirement of synchronous cooperative operation ofvarious aging means is realized, and the aging operation of a workpiece in different environments and the precision of carrying out the aging operation in a targeted manner according to the characteristics of the workpiece are effectively met.

Description

technical field [0001] The invention relates to a high-efficiency multi-source high-temperature and high-pressure aging kettle structure and an aging method, belonging to the technical field of chemical equipment. Background technique [0002] Aging operation is a commonly used production and testing method in the fields of food, biology, and chemical industry. It is frequently used. When performing aging operations, the aging equipment used is often to make the raw materials and workpieces to be aged in a sealed environment. In the environment, the purpose of aging operation is achieved by processing in a high temperature and high pressure environment, such as "a catalyst continuous aging device" with a patent application number of "201620300817.5", and "a kind of sludge aging device" with a patent application number of "201821116558.6". "Aging device" and "Aging device for calcium carbonate production" with the patent application number "201820000799.8", although they can ...

AI Technical Summary

Problems solved by technology

[0002] Aging operation is a commonly used production and testing method in the fields of food, biology, and chemical industry. It is frequently used. When performing aging operations, the aging equipment used is often to make the raw materials and workpieces to be aged in a sealed environment. In the environment, the purpose of aging operation is achieved by processing in a high temperature and high pressure environment, such as "a catalyst continuous aging device" with a patent application number of "201620300817.5", and "a kind of sludge aging device" with a patent application number of "201821116558.6". "Aging device" and "Aging device for calcium carbonate production" with the patent application number "201820000799.8", although they can meet the current working needs of the aging operation to a certain extent, it will cause damage to the workpiece or The raw material processing mode and means are single, on the one hand, it causes the current aging operation to be inefficient, which seriously affects the working efficiency of the aging processing operation; The structure type and material characteristics of the workpiece flexibly adjust the processing method of the aging operation, which leads to poor control accuracy and aging processing quality of the current aging processing operation, and also results in the flexibility of the current aging equipment and aging operation process In addition, the currently used aging equipment is often complex in structure, poor in operation and use flexibility, high in maintenance and operation costs, and difficult to meet the needs of current actual work and production

Images