Cyclone mud-sand separation apparatus

The present invention discloses a cyclone mud-sand separation apparatus. According to the cyclone mud-sand separation apparatus, a mud-sand baffle, a support plate and a fixed frame are sequentially in a tank from bottom to top, the internal of the tank is sequentially divided into four communicated...

Full description

Saved in:
Bibliographic Details
Main Authors LU JINSUO, LU ZEXING, YU JIAN
Format Patent
LanguageEnglish
Published 04.03.2015
Subjects
Online AccessGet full text

Cover

Loading…
More Information
Summary:The present invention discloses a cyclone mud-sand separation apparatus. According to the cyclone mud-sand separation apparatus, a mud-sand baffle, a support plate and a fixed frame are sequentially in a tank from bottom to top, the internal of the tank is sequentially divided into four communicated zones such as a mud-sand separation zone, a coagulation zone, a clear water separation zone and an overflow zone from bottom to top with the mud-sand baffle, the support plate and the fixed frame, a stirring shaft is arranged in the tank, the side wall of the mud-sand separation zone is provided with a water inlet pipe, the bottom portion is provided with a mud-sand effluent pipe, a hollow glass ball injecting pipe is arranged on the coagulation zone, the internal of the clear water collecting cover and the clear water outlet pipe arranged in the clear water separation zone are communicated, discharge collecting is performed from the clear water outlet pipe, a coagulation effluent pipe is arranged on the overflow zone, water containing mud-sand and hollow glass ball with the attached mud-sand are discharged from the coagulation effluent pipe so as to complete the mud-sand separation, and the hollow glass ball and the fine mud-sand particles can be combined to form the mud-sand-glass ball conjugate with the density less than the water density so as to achieve the removal of the small particle mud-sand, such that application of the Yellow River water as the irrigation water source and the wide range generalization can be achieved.
Bibliography:Application Number: CN201410488245