Decanting-type waste muddy water recycling pool

Abstract

The invention discloses a decanting-type waste muddy water recycling pool. The decanting-type waste muddy water recycling pool comprises a recycling pool body, wherein the recycling pool body is divided by a partition wall into a mud settling zone and a water collecting zone, the bottom wall of the mud settling zone gradually inclines towards the opposite side wall along the partition wall, a buoy-type decanting device and a vertical guide rail are arranged in the mud settling zone, the buoy-type decanting device is connected with the vertical guide rail in a sliding manner, a water outlet of the buoy-type decanting device is connected with a water guide pipe, and the water guide pipe is arranged in the partition wall in a sealing manner and extends to the water collecting zone; a muddy water inlet pipe is arranged in the mud settling zone, the side wall of the mud settling zone is provided with a sludge outlet pipe communicated with a sludge pump, and two side walls of the mud settling zone are respectively fixedly provided with a submarine-type sludge stirrer; and a secondary water outlet pipe communicated with a recycling water pump is arranged in the water collecting zone. The decanting-type waste muddy water recycling pool is simple in structure, relatively stable in water quality and water quantity of the recycled secondary water and relatively low in engineering cost and operation cost of equipment.

Description

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AI Technical Summary

Benefits of technology

This new design for recycling wastewater treatment systems uses specialized tanks that collect large amounts of liquid from various sources like septic fields or industrial processes. These tanks have several technical advantages over existing designs: they can be easily installed without requiring expensive repairs; it saves money on maintainability costs while still being effective because there's no residue left behind after each usage period (which makes them more efficient). Additionally, these tanks provide consistently good results with minimal environmental impact due to their small size compared to traditional methods.

Problems solved by technology

The technical problem addressed by this patented technology relates to improving the efficiency at treating domestic wastewater that has been treated with various methods such as chemical precipitation or biological processes. This can lead to poor performance due to changes made during these procedures affecting the properties of the recovered liquid (sludges) produced from it.

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