Original position-type nonpowered modularization slurry separator and slurry separating method thereof

Abstract

The invention discloses an original position-type nonpowered modularization slurry separator and a slurry separating method thereof. The original position-type nonpowered modularization slurry separator comprises a bearing percolation module, a support module connected with the bearing percolation module and several drainage modules, and a percolation module connected with an inner wall of the support module; a slurry feed bin is formed between the support module and the bearing percolation module, and the drainage module is arranged in the slurry feed bin. The slurry separating method comprises the following steps: assembling the equipment, introducing the to-be-processed slurry in the separator through conveying equipment, separating the slurry in the slurry feed bin in the slurry separator, keeping the mud in the slurry feed bin, and flowing the water to a collection pool through the bearing percolation module at the bottom of the slurry separator. The slurry separator has the advantages that design is concise, light and environmentally friendly, the usage is convenient, fast and flexible, no power and energy consumption is generated, the separating speed is fast, the modularization structure realizes flexible assembly and replacing, work cannot be restricted due to place and weather, and the construction cost and operation cost are low.

Description

technical field [0001] The invention relates to the fields of water conservancy, environmental protection, basic engineering construction, etc., and is especially suitable for on-site dehydration of high-moisture mud for dredging and dredging of rivers and lakes, and transportation, construction, and other projects. Specifically, it involves a simple, light, environmentally friendly design that is not restricted by the work site and weather, convenient, fast and flexible to use, does not consume power and energy, has good separation effect, and fast separation speed. The modular structure of each component is easy to assemble and replace. The invention relates to a mud-water separation device and a mud-water separation method with low construction and operation costs. Background technique [0002] There are many rivers and lakes in our country with a wide area, and the reserves of river silt are very huge. In addition, there are transportation, construction and other project...

AI Technical Summary

Problems solved by technology

The advantage of the above methods and equipment is that the treatment speed is relatively fast, but without exception, the cost of the treatment equipment is high, the power consumption and energy consumption of the treatment process are high, the cost is large, and the treatment operation is limited by the site (or the sludge needs to be secondary. Second transfer), unable to implement in-situ treatment and follow-up guarantee with dredging equipment

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