Electric power pipe rack and anti-flooding wall co-building structure and construction method thereof

Abstract

The invention discloses an electric power pipe rack and anti-flooding wall co-building structure and a construction method thereof. The structure comprises an electric power pipe rack body and an anti-flooding wall; the electric power pipe rack body comprises a bottom plate, a first pipe rack side wall, a second pipe rack side wall and a pipe rack top plate; the first pipe rack side wall is arranged on the side in the width direction of the bottom plate; the anti-flooding wall is arranged on the other side in the width direction of the bottom plate; the second pipe rack side wall is arranged on the middle portion of the bottom plate; the pipe rack top plate is arranged on the top face between the first pipe rack side wall and the second pipe rack side wall; and a hollow channel for a pipeline to pass through is defined among the bottom plate, the first pipe rack side wall, the pipe rack top plate and the second pipe rack side wall. The structure intensively utilizes the city building land, improves the electric power pipe rack building safety and standard, shortens the construction period, reduces the engineering investments and reduces disassembling of rooms for along-the-line dike management.

Description

technical field [0001] The invention relates to the technical field of water conservancy projects, in particular to a joint construction structure of a power pipe gallery and a flood control wall and a construction method thereof. Background technique [0002] According to the "Code for Design of Embankment Engineering" (GB50286-2013), the construction of earth embankments is often restricted due to expensive land in cities, land occupation or soil acquisition for demolition, and flood walls can be used as soil and water retaining structures, mostly made of reinforced concrete Structure, the structural form is mostly gravity type, cantilever type, buttress type, reinforced type, empty box type and other structural forms. In the suburbs of cities, high-voltage transmission lines are mostly laid on the side of the road in the form of ground poles and towers. With the continuous development of the city, the original road width can no longer meet the traffic requirements, so the...

AI Technical Summary

Problems solved by technology

The total construction period of the whole scheme is 8 months, and the investment cost is high

When laying according to the existing plan, the land occupation width on the plane is relatively wide, and 2500m of embankment management buildings along the line need to be demolished 2 , high demolition costs

It can be seen from this that the power pipe gallery and the flood control wall are constructed separately and independently, and need to be excavated and constructed separately. Not only does the land use a large area, but the embankment management buildings along the line need to be demolished, and the construction period is long and the project investment is large.

Images