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Construction Scheme of Municipal Sewage Pipeline This material is the construction scheme of municipal sewage pipeline, which is detailed and can be downloaded for reference. -
Construction scheme of a municipal sewage pipeline The construction scheme of a municipal sewage pipeline is rich and detailed, and can be downloaded for reference and study by netizens. -
Construction scheme of municipal sewage pipeline in a city The construction scheme of municipal sewage pipeline in a city is rich and detailed, and can be downloaded for reference and study by netizens. -
Municipal sewage pipeline organization design and construction scheme The project is located in the urban area and has a relatively convenient transportation network. At the same time, most of the backfill materials of the project can be taken from the excavation section, so relatively few materials are transported in. There are communication and medical services along the line of the project. The power is received by the owner to the on-site transformer, and the wiring in the field is considered by the owner. -
Construction Scheme for Municipal Sewage Pipeline Installation This project is a municipal sewage pipeline construction project in the eastern district of a city. It is planned to start from Pile 0+035 and end at Pile 4+788.11, with a total length of 4753.11m. The pipe between pile 0+035 and pile 1+893 is d1200 reinforced concrete pipe, and the pipe between pile 1+893 and pile 4+788.11 is d1500 reinforced concrete pipe -
Construction scheme of concrete sewage pipeline Construction Scheme of Concrete Prefabricated Pipe -
Pipe jacking construction scheme of a sewage pipe The project is located in Yangdongtian District, Chenghua District, Chengdu City, close to the road side of the Third Ring Road. It belongs to the design of the A line drainage project of Swan Road. It is a sewage pipe with a diameter of Φ 800mm and a buried depth of about 7.5m. Now it needs to cross the green belt outside the Third Ring Road and part of the road section of the Third Ring Road. If the open excavation and open burial construction are carried out, the original green belt, slope -
Rainwater and sewage pipeline construction scheme The construction of external line works includes rainwater and sewage systems, and socket type HDPE double wall corrugated pipes are used for construction. The sand cushion foundation is adopted for the pipeline foundation, the socket type elastic sealing rubber ring is adopted for the pipeline connection, and the expansion rubber ring supporting parts used for the pipeline and inspection well interface must be supplied by the pipe manufacturer. DN100, DN150, DN200 used on site -
Construction organization scheme of municipal sewage pipeline This project is a municipal sewage pipeline construction project in the eastern district of a city. It is planned to start from Pile 0+035 and end at Pile 4+788.11, with a total length of 4753.11m. The pipe between pile 0+035 and pile 1+893 is d1200 reinforced concrete pipe, and the pipe between pile 1+893 and pile 4+788.11 is d1500 reinforced concrete pipe -
Organization design and construction scheme of municipal sewage pipeline in a city The project adopts open ditch drainage in the pit. A sump is set at the bottom of the pit along with the excavation, and drainage ditches are dug along both sides of the pit bottom to make water flow into the sump, and then the water is pumped out of the pit. The construction drainage finally passes through the grit chamber before being discharged into the municipal sewage pipe network. -
Organization design and construction scheme of a municipal sewage pipeline The underground pipelines and overhead lines within the construction scope shall be investigated in detail on the spot to determine the exact location of all obstacles within the pipeline scope and the construction site, such as pipelines, poles, trees and nearby houses. -
Construction Scheme of a Rainwater and Sewage Pipeline in Shanghai Construction scheme of a rainwater and sewage pipeline in Shanghai Construction scheme of a rainwater and sewage pipeline in Shanghai Construction scheme of a rainwater and sewage pipeline in Shanghai Construction scheme of a rainwater and sewage pipeline in Shanghai Construction scheme of a rainwater and sewage pipeline in Shanghai -
Pipe jacking construction scheme of a sewage pipe in Yangzhou According to the geological conditions revealed in the open caisson design drawings and engineering geological report, the excavation depth of the open caisson foundation pit is 2 meters, the working distance from the outer side of the open caisson blade foot to the side of the foundation pit is 2 meters, and the slope of the foundation pit is 1:1. After leveling the site, the center pile of the caisson, the vertical and horizontal axis control pile and the excavation sideline of the foundation pit shall be determined according to the central coordinates of the caisson. After the completion of construction lofting -
Construction Scheme of a Rainwater and Sewage Pipeline in Shanghai// The first phase project of Lianggang Avenue starts from the planned E5 road in the major equipment area in the west and ends at Baiyulan Avenue in the north, with a length of about 14.33km, including the total width of green belts on both sides of the road of 160m. The project includes viaducts, ground roads, river crossing bridges, drainage works, electrical works, greening and landscape works, etc. -
Construction design scheme of municipal sewage pipeline 4、 When the construction period is urgent, the construction period early warning system must be established in the way of "countdown", under the guidance of "large rolling, large flow and dynamic management", and in the mode of "two-level network, five level plan" hierarchical management. The basic points are to take the mandatory plan proposed by the owner as the premise, the primary network as the goal, the image control as the framework, and the sub network as the guarantee, Make up for small flow -
Construction Scheme of a Rainwater and Sewage Pipeline in Shanghai/ The first phase project of Lianggang Avenue starts from the planned E5 road in the major equipment area in the west and ends at Baiyulan Avenue in the north, with a length of about 14.33km, including the total width of green belts on both sides of the road of 160m. The project includes viaducts, ground roads, river crossing bridges, drainage works, electrical works, greening and landscape works, etc. -
Construction organization scheme of municipal sewage pipeline in a city The project is located in the urban area and has a relatively convenient transportation network. At the same time, most of the backfill materials of the project can be taken from the excavation section, so relatively few materials are transported in. -
Construction Scheme of a 748m Sewage Pipeline Huazhong Road Phase I Reconstruction Project is located in Xiaguan District. It starts from Zhangcai Road planned in front of Jiangsu Xinhua Printing House in the west, intersects with Jinbi Road planned in the east, and ends at Zhongyang North Road. The total length of the road is 748.65m. The starting and ending stake numbers of this construction are K0+053.48~K0+748.65, and the total length is 695.17m. This construction section is K0+200 ～ K0 -
Design, calculation and construction scheme of a sewage pipeline In the design of the project, the river flows from east to west, and the dominant wind direction of the town in summer is south wind, so the sewage treatment plant should be located at the downstream of the river in the northwest of the city. -
Construction organization scheme of a municipal sewage pipeline The sewage main pipes along both banks of the river in the urban section of Tan'ao River in Huiyang District, Huizhou City are located from Yeting Bridge to Dongmen Bridge. The sewage collection scope of this project covers the central area, Baiyun District and Zhanqianxuan within the service scope of Huiyang Urban Sewage Treatment Plant. -
Municipal sewage pipeline design and construction organization scheme The project adopts open ditch drainage in the pit. A sump is set at the bottom of the pit along with the excavation, and drainage ditches are dug along both sides of the pit bottom to make water flow into the sump, and then the water is pumped out of the pit. The construction drainage finally passes through the grit chamber before being discharged into the municipal sewage pipe network. -
Special construction scheme for sewage pipe jacking The design scope of this project is [a project] WS53-1~WS57 sewage pipeline. The sewage is located 11m on the right side of the road, below the side non motorized vehicle lane. Ws53-1~Ws57 and WS60~Ws61 sewage pipes are used in this pipe jacking project. The excavation depth exceeds 6m. To avoid heavy excavation, pipe jacking construction is adopted. -
Detailed construction scheme of rainwater and sewage pipeline This information is the construction plan of rainwater and sewage pipeline, page 21, word version. This project has become the construction project of the first bid section of the project. One 3 * 10m simply supported slab girder bridge is set up along the whole line, mainly including road works, bridge works and pipeline works. This Word is the construction scheme of rainwater pipeline. -
Construction scheme of municipal road rainwater and sewage pipeline After the excavation of the concrete pipe trench, the trench bottom shall be free of water and sundries. The trench bottom shall be flat. The concrete cushion can be poured only after the bearing capacity of the foundation meets the design requirements. If the bearing capacity of the foundation does not meet the design requirements, it must be treated by backfilling the gravel cushion. After treatment, the bearing capacity of the foundation shall be determined. After the excavation of corrugated pipes, the trench bottom shall be free of water and sundries, and the trench bottom shall be flat -
Construction scheme of municipal rainwater and sewage drainage pipeline The pipeline project is composed of sewage and rainwater pipes, which are D500, D600, D1200, D1500 and D1800 reinforced concrete circular pipes. The rainwater pipeline is located 9 meters north of the middle of the road and 5.5 meters south of the middle of the road, and is connected to the rainwater box culvert respectively. The sewage pipeline is located 19 meters south of the middle of the road and extended to the north of the original sewage pipeline -
Construction Scheme for Pipe Jacking of Municipal Sewage Pipeline This document is the construction scheme of municipal sewage pipe jacking. The content includes the construction scheme of municipal sewage pipe jacking. The contents are detailed for reference. -
Construction organization scheme of a sewage pipeline The project is located in Nankai District of a city, which is a part of XX Road Sewage Treatment Plant Project and off-site pipeline project, mainly consisting of φ 1800 underground sewage pipeline, 2400 × 2200 single hole rainwater concrete square culvert, 2800 × 2600 double hole rainwater concrete square culvert, 180 m φ 1800 railway pipe jacking, 8400 square meters -
Construction scheme of municipal heating pipeline This document is the construction scheme of municipal heating pipeline. The contents are detailed for reference. -
Construction Scheme of Municipal Sewage Pipeline Project This project is a sewage treatment project in Yumen Town, Yanbian County, with a planned length of 5km, of which D150 metal pipes are about 1600m long, and the rest are D300~D600 reinforced concrete pipes. The manhole is 97 D1000 reinforced concrete. The project adopts open ditch drainage in the pit, and a sump is set at the bottom of the pit along with the excavation. And dig drainage ditches along both sides of the pit bottom to -
Construction scheme of municipal road rainwater and sewage pipeline The rainwater and sewage drainage of this project adopts the rainwater and sewage separation system for drainage. The rainwater pipeline is designed as reinforced concrete pipe and corrugated pipe, and the sewage pipeline is designed as corrugated pipe. The interface of rainwater and sewage pipeline is in the form of socket and spigot and rubber ring interface. Rainwater pipeline: reinforced concrete grade II Φ 1000 pipeline 64m, reinforced concrete grade II Φ 600 pipeline 323m, Φ 500 double wall corrugated pipe 69m, Φ 2 -
Special construction scheme for open cut sewage pipeline of municipal works The project adopts the rainwater and sewage separation system. This project plan includes the construction of open cut sewage pipes and sewage inspection wells within W8 ～ W9, W8 ～ W11 (inclusive) ～ W1 (takeover), W8 ～ W8-1 (inclusive), W6 ～ W6-1 ～ W6-2 in this project section. The sewage pipe of this project is the sewage discharge main pipe of the surrounding plot, which is connected to the north -
Special construction scheme for rainwater and sewage pipeline of municipal works Special construction scheme for municipal engineering rainwater and sewage pipeline Special construction scheme for municipal engineering rainwater and sewage pipeline -
Rainwater pipe construction and sewage pipe construction scheme According to the construction scheme of rainwater pipe and sewage pipe, the sewage pipe is designed to start at K8+620 and end at K10+043.944. The end point is connected to the existing rainwater pipe network in the East Third Ring Road. The elevation of the left and right pipes is 17.489. The sewage pipeline is laid under the sidewalk, 28.5m away from the road centerline. All sewage pipes are DN600mm2920m -
Construction organization design scheme of municipal sewage pipeline This project is a municipal sewage pipeline construction project in the eastern district of a city. It is planned to start from Pile 0+035 and end at Pile 4+788.11, with a total length of 4753.11m. The pipe between pile 0+035 and pile 1+893 is d1200 reinforced concrete pipe, and the pipe between pile 1+893 and pile 4+788.11 is d1500 reinforced concrete pipe
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one Construction Scheme of Municipal Sewage Pipeline -
two Code for construction of municipal sewage pipeline -
three Construction Scheme for Emergency Repair of Water Supply Pipeline -
four Construction Scheme for Emergency Repair of Municipal Pipe Network -
five Construction Scheme for Emergency Repair of PE Pipeline -
six Construction scheme of municipal rainwater and sewage pipeline -
seven Construction Scheme for Municipal Sewage Pipeline Dredging -
eight Construction Scheme for Municipal Sewage Pipeline Replacement