Raw material dissolving device and method for preparing porous inorganic material

Abstract

The invention discloses a raw material dissolving device and method for preparing a porous inorganic material. The raw material dissolving device comprises a sealed cabinet, a left driving device, a right driving device, a spraying device, a cleaning device, a filter and a pressure supplementing device, the upper cavity and the square cavity in the sealed cabinet are respectively provided with a decomposition chamber and a collection chamber, and the center of the decomposition chamber is provided with a container. Stirring blades are arranged in the container, the left driving device drives the container to rotate along the transverse axis of the container, the right driving device drives the stirring blades to conduct rotary stirring and smashing in the container, spraying devices are installed on the left side and the right side of the container, and a cleaning device fixed to the center shell wall of the inner side of the sealed cabinet is arranged above the container. A pressure detector for monitoring the pressure intensity in the cavity is further installed on the right side of the sealing box cabinet, the filter is installed above the left driving device and filters generated gas, and the pressure supplementing device is installed above the right driving device and regulates and controls the pressure intensity in the sealed cabinet.

Description

technical field [0001] The invention relates to the technical field of inorganic salt preparation, in particular to a raw material dissolving device and method for preparing porous inorganic materials. Background technique [0002] Inorganic salts are salts in inorganic compounds, formerly known as minerals, which generally only account for 1% to 1.5% of the fresh weight in biological cells. At present, more than 20 types have been found in the human body, and a large number of elements include calcium Ca, phosphorus P, and potassium K , sulfur S, sodium Na, chlorine Cl, magnesium Mg, trace elements include iron Fe, zinc Zn, selenium Se, molybdenum Mo, fluorine F, chromium Cr, cobalt Co, iodine I, etc. Although the content of inorganic salts in cells and the human body is very low, their effects are very powerful. In the preparation process of most inorganic salts, most of them use pure elemental materials to dissolve and prepare inorganic salts, so that the required inorga...

AI Technical Summary

Problems solved by technology

At present, in the process of the existing inorganic salt raw material dissolving device, some elements with higher activity, such as calcium Ca, barium Ba, strontium Sr, potassium K, sodium Na, etc., will generate a lot of heat during the dissolving process, and when dissolving It is easy to be oxidized by oxygen in the air during the process, which reduces the purity of the prepared inorganic salt raw materials. Moreover, during the dissolution process of some elements, it is easy to form a turbid form, and the viewing angle is hindered. It is impossible to know the state of the element during the dissolution process. Unable to deal with the obstacles encountered in the dissolution process, such as the temperature is too high during the dissolution process, the prepared inorganic salt is adsorbed on its surface or on the storage plate, reducing the concentration of the dissolved inorganic salt

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