Pressure stabilizer

Abstract

A pressure stabilizer comprises a boiler, a reaction tank, a liquid storage tank, a pressure relief device, a recycling tank and a waste liquid trough; the waste liquid trough is disposed at the lower end of a region between the reaction tank and the liquid storage tank, the upper end of the boiler is provided with an exhaust port, the lateral lower end of the boiler is provided with a circulating pump, a pipeline connecting the circulating pump and the reaction tank is provided with a waste gas valve, the reaction tank is provided with the pressure relief device, and the pressure relief device may automatically exhaust for relief according to pressure in the reaction tank accurately and conveniently so that automation is facilitated; in the use of the recycling tank, air pressure forces a suction valve to automatically open under the action of pressure so that desulfurizing liquid not flowing into the reaction tank flows back into the liquid storage tank, and resource waste is reduced; after waste gas in the reaction tank reacts chemically with the desulfurizing liquid, sulfur-bearing compounds that are sucked in are discharged into the waste liquid trough through a drain pump so that environmental pollution is decreased; waste gas treatment and wastewater treatment are integrated, industrial automated production is achieved, and production cost is saved.

Description

technical field [0001] The invention relates to the field of machining production, in particular to a voltage stabilizing device. Background technique [0002] With the development of industry, the field of mechanical processing and production is also changing with each passing day. For example, in steel processing or other mechanical processing industries, a boiler is often needed. However, commonly used boilers are equipped with exhaust gas treatment and waste liquid treatment devices separately. Avoid direct discharge of waste gas and waste liquid produced by the boiler into the atmosphere to cause pollution, but the separate equipment for waste gas and waste liquid treatment has caused additional expenses for the enterprise. Generally, there is no pressure relief device in the commonly used waste gas treatment device. When there is a lot of exhaust gas, it is necessary to install a voltage stabilizing device separately, which invisibly increases additional expenses. For ...

AI Technical Summary

Problems solved by technology

[0002] With the development of industry, the field of mechanical processing and production is also changing with each passing day. For example, in steel processing or other mechanical processing industries, a boiler is often needed. However, commonly used boilers are equipped with exhaust gas treatment and waste liquid treatment devices separately. Avoid direct discharge of waste gas and waste liquid generated by the boiler into the atmosphere to cause pollution, but the separate equipment for waste gas and waste liquid treatment has caused additional expenses for the enterprise. Generally, there is no pressure relief device in the commonly used waste gas treatment device. When there is a lot of exhaust gas, it is necessary to install a voltage stabilizing device separately, which invisibly increases additional expenses. For a complete industrial process, more equipment is required, and installation and maintenance are more troublesome, which is not conducive to industrial automation production.

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