Combined slurry treatment system for construction

Abstract

The invention discloses a combined slurry treatment system for construction. The combined slurry treatment system comprises a slurry preparation box, a slurry storage box, a sand remover, a waste slurry box and a filter press; the slurry preparation box is used for preparing slurry; the slurry storage box is in communication with the slurry preparation box and is used for storing prepared slurry; the sand remover is in communication with the slurry preparation box and the slurry storage box, and is used for filtering and outputting the slurry; the waste slurry box is in communication with the sand remover and is used for storing waste slurry generated after residue filtering; and the filter press is in communication with the waste slurry box and is used for carrying out filter pressing treatment on the waste slurry. The system can be quickly assembled and combined on a construction site, is convenient to mount and dismount, can safely and reliably implement treatment process operation of processes such as slurry preparation, storage, conveying and waste slurry treatment, ensures the consistency of the processes, and greatly improves the construction efficiency; and besides, the combined slurry treatment system for construction can be repeatedly used, the production cost is reduced to a certain extent, and the combined slurry treatment system is suitable for a retaining wall slurry manufacturing scheme applied to engineering such as continuous wall and cast-in-place pile slotted hole construction.

Description

technical field [0001] The invention relates to a mud treatment system, in particular to a combined mud treatment system for construction. Background technique [0002] In the prior art, during the construction of the diaphragm wall and cast-in-place pile slots, the wall retaining mud is stored in a reinforced concrete mud pool by excavating a foundation pit in the site, and the bentonite for preparing the mud is directly added in the mud pool, and the shaft is suspended above the pool top. The flow pump realizes local mud circulation, and the waste mud in the pool is transported outside by using excavators and tank trucks. There are some shortcomings in the traditional mud pool, for example: due to the large amount of mud required in the construction process, the mud pool covers a large area, so that the excavation depth is too large, which may easily cause the mud pool to collapse at the construction site of the underground diaphragm wall, which poses a threat to site safe...

AI Technical Summary

Problems solved by technology

There are some deficiencies in the traditional mud pool, for example: due to the large amount of mud required during the construction process, the mud pool covers a large area, so that the excavation depth is too large, which may easily lead to the collapse of the mud pool at the construction site of the underground diaphragm wall, which poses a threat to site safety. adverse effects of construction

Moreover, once the mud pool is built, its position and capacity are fixed and cannot be adjusted, and it cannot be reused after completion

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