Cycle cyclone separator

Abstract

The invention discloses a cycle cyclone separator. The cycle cyclone separator can greatly improve solid-liquid separation efficiency and realizes cycle cyclone separation. The cycle cyclone separator comprises a swirling barrel, an inner circulation pipe, an outer circulation pipe, a water pump, a water inlet pipe <1>, a water inlet pipe <2>, an overflow pipe, a slag storage pot and valves. In work, sewage under a certain pressure and to be treated flows into the swirling barrel by the water inlet pipe <2>, clean water obtained by cyclone separation is lifted by the inner circulation pipe, goes through the outer circulation pipe, is sucked by the water pump and then is fed into the water inlet pipe <1>, the clean water is fed into the swirling barrel at a high rate and then is subjected to solid-liquid separation, the clean water subjected to repeated treatment is lifted by the overflow pipe, goes through a water outlet pipe and then flows out of the swirling barrel, the precipitates obtained by solid-liquid separation are precipitated at the bottom of the swirling barrel along the wall of the swirling barrel, then flow into the slag storage pot and go through the time opening valve <3>, the precipitates in the slag storage pot are discharged out of a slag storage pipe by a drainage pipe <2>, and the unprecipitated dross subjected to separation is discharged out of the swirling barrel from the time opening valve <1> by the drainage pipe <1> so that the whole sewage solid-liquid separation processes is finished.

Description

technical field [0001] The invention relates to a cyclone separator, especially composed of a cyclone bucket, an inner circulation pipe and an outer circulation pipe, a water pump, a water inlet pipe <1>, a water inlet pipe <2>, an overflow pipe, a slag storage tank and valves, etc. Cyclone separator. Background technique [0002] The structure of the cyclone separator currently used on the market is composed of a cyclone barrel, a water inlet pipe, an overflow pipe, a slag storage tank and a valve. The treated sewage is centrifuged in the cyclone barrel during operation, because the power to generate the cyclone is generated by the sewage entering the water inlet pipe at a high speed. The overflow pipe flows out of the cyclone barrel, so the centrifugation time of the treated sewage in the cyclone barrel is very short, resulting in low separation efficiency, and it is difficult to improve the separation efficiency. Contents of the invention [0003] The obje...

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Problems solved by technology

The treated sewage is centrifuged in the cyclone barrel during operation, because the power to generate the cyclone is generated by the sewage entering the water inlet pipe at a high speed. It flows out of the cyclone barrel from the overflow pipe, so the centrifugation time of the treated sewage in the cyclone barrel is very short, resulting in low separation efficiency and it is difficult to improve the separation efficiency

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