Steam vortex type ammonium nitrate dissolver

Abstract

The present invention relates to an ammonium nitrate dissolver, specifically to a steam vortex type ammonium nitrate dissolver. The dissolver comprises a steam tube, a heat insulation separation plate, a screen ball shell, a base, a motor, nozzles, a heating resistor, a water storage space, a dissolving space, an interlayer space and other parts. The dissolver is characterized in that: the steam tube is a cylindrical and double-layer housing, wherein the upper end of the steam tube is sealed, the lower end of the steam tube is opened; the cylindrical space of the steam tube is divided into the water storage space on the upper part and the dissolving space on the lower part by the heat insulation separation plate; the heating resistor is arranged inside the water storage space; the bottom of the base is provided with the motor; the screen ball shell is a mesh ball shell; the nozzles are straight tubes and are horizontally arranged inside the dissolving space; the axis line of each nozzle is tangent to the outer circumference of the horizontal tangent plane circle of the screen ball shell, wherein the height of the axis line of each nozzle is the same as the height of the horizontaltangent plane circle of the screen ball shell. Compared to the prior art, the dissolver of the present invention has higher dissolution efficiency.

Description

technical field [0001] The invention relates to an ammonium nitrate dissolver, in particular to a steam vortex type ammonium nitrate dissolver. Background technique [0002] Usually the dissolution of ammonium nitrate is carried out in a vat vessel with stirring device and steam heating jacket or serpentine coil. First put a certain amount of water into the dissolving tank, and add ammonium nitrate into the water uniformly, in batches or continuously, under the stirring state. The required heat is passed by the steam through the serpentine coil in the container or the steam jacket outside the container. provided indirectly. This process has the disadvantages of slow dissolution rate, low energy utilization rate and discontinuous dissolution process due to insufficient contact between ammonium nitrate and water and difficulty in releasing steam heat. In the prior art, there is no effective measure to eradicate the above defects. Contents of the invention [0003] In orde...

AI Technical Summary

Problems solved by technology

Due to insufficient contact between ammonium nitrate and water and difficulty in releasing steam heat, this process has the disadvantages of slow dissolution rate, low energy utilization rate, and discontinuous dissolution process.

In the prior art, there are no effective measures to eradicate the above-mentioned defects

Images