A device for storing, transporting and adding desulfurizer and its control method

Abstract

The invention discloses a storage, transport and addition control method for a desulfurizer. The storage, transport and addition control method comprises a storage, transport and addition device, wherein the storage, transport and addition device comprises a storage and transport tank body, a crushing tank body and a water storage tank; a discharge pipe is mounted in the middle of the top of the storage and transport tank body; the bottom of the discharge pipe runs through the storage and transport tank body and is connected to a suction cover; a first air pump is connected to the top of the discharge pipe; a second air pump is connected to the top of the first air pump through a first conveying hose; a first handle is welded on the left side of the second air pump; and a first connector is connected to the bottom of the second air pump. Owing to the discharge pipe on the storage and transport tank body and the first conveying host, as well as the first air pump and the second air pump, on the discharge pipe, the first conveying hose can be utilized to freely adjust a conveying position so as to facilitate addition to devices in different positions, and the two air pumps are adopted to effectively improve the adding efficiency of the desulfurizer. Thus, the storage, transport and addition control method for the desulfurizer can be used more practically.

Description

technical field [0001] The invention relates to the technical field of desulfurization agents, in particular to a desulfurization agent storage, transportation and dosing device and a control method thereof. Background technique [0002] At present, most of the desulfurizers used to remove sulfur dioxide in flue gas are cheap lime, limestone and alkaline solution prepared with calcareous agents. The desulfurizer can absorb most of the sulfur dioxide in the flue gas and fix it in the fuel slag. Chemical plants and smelters often use solutions such as sodium carbonate and basic aluminum sulfate as desulfurizers to treat tail gas containing sulfur dioxide, but the storage, transportation and dosing of existing desulfurizers are basically carried out separately. The way of stopping and transferring the desulfurizer is not very convenient, and the existing desulfurizer storage device, transportation device and dosing device are not very effective. Therefore, we propose a desulfur...

AI Technical Summary

Problems solved by technology

Chemical plants and smelters often use solutions such as sodium carbonate and basic aluminum sulfate as desulfurizers to treat tail gas containing sulfur dioxide, but the storage, transportation and dosing of existing desulfurizers are basically carried out separately. The way of stopping and transferring the desulfurizer is not very convenient, and the existing desulfurizer storage device, transportation device and dosing device are not very effective. Therefore, we propose a desulfurizer storage, transportation and dosing device and its control method

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