Three-phase separator convenient for discharging liquid

Abstract

The invention discloses a three-phase separator convenient for discharging liquid. The separator comprises a base, a supporting column, a vertical plate, a cylinder, a self-locking transmission box, a box body, a worm wheel, a rotating shaft, a worm, a rocker, a sludge outlet pipe, a valve, an observation window, a top cover, an exhaust pipe, a feeding port, a cover body, a driving motor, a mounting frame, a water pump, connecting hoses, fixing nuts, a threaded lifting pipe, an outer threaded pipe, an inner circular pipe, rings, gears, a servo motor, gear columns, a drainage pipe and a stirring shaft. The separator has the beneficial effects that through driving of a lifting adjusting mechanism, lifting driving can be provided for the threaded lifting pipes, so that the height position of the bottom end of the threaded lifting pipe in the cylinder is conveniently adjusted, the device is suitable for liquid pumping of precipitation layers with different thicknesses after solid precipitation, and the situations that the bottom end of the threaded lifting pipe is too high, the phenomenon that the liquid cannot be completely discharged is caused, and the threaded lifting pipe is inserted into a solid precipitate due to over-low height, so that the sludge and the liquid are discharged together are avoided.

Description

technical field [0001] The application relates to a three-phase separator, in particular to a three-phase separator which facilitates liquid discharge. Background technique [0002] Three-phase separator is a more commonly used dynamic separation equipment in industrial wastewater treatment, and the separation technology is constantly improving with the development of industry. Separation technologies at home and abroad mainly focus on three aspects: gravity separation, centrifugal separation and collision coalescence separation. Due to the relatively mature technology, gravity separation still plays a dominant role in the current actual production. [0003] Existing three-phase separators are often used for the separation of gas, liquid and solid. When separating liquid and solid, the thickness and height of the sediment may be inconsistent after sedimentation. When extracting, the bottom of the pumping pipe may be low. In the solid, it will cause the suction of the solid...

AI Technical Summary

Problems solved by technology

[0003] Existing three-phase separators are often used for the separation of gas, liquid and solid. When liquid and solid are separated, the thickness and height of the sediment may be inconsistent after sedimentation. In the solid, it will cause the suction of the solid, and if it is too high, there will be more liquid residue, which will affect the drainage

Images