Review of Urban Integrated Pipe Corridor Construction Technology and Construction Safety Evaluation

10.6919/ICJE.202205_8(5).0113

Wang Jian；Yizheng He；Daohe Zhu

Integrated Pipe Corridor ； City Underground ； Construction Technology ； Construction Safety Evaluation ； Construct

International Core Journal of Engineering

8卷5期（2022 / 05 / 01）

874 - 887

英文

As society continues to move forward, people are paying more and more attention to infrastructure development in cities. In cities, the quality of people's life is closely related to the improvement of facilities such as power supply, heating, water supply and drainage and communication. However, these facilities usually require the laying of a large number of cables and pipes underground, and in order to arrange these pipes in a reasonable manner and avoid repeated excavation of roads, the underground integrated pipeline corridor was born. Underground integrated pipe corridors have become an essential part of modern urban planning and construction. This paper discusses the construction technology of integrated urban underground pipe corridor on its construction significance, advantages and shortcomings, classification and dilemma, and analyzes its construction safety risk evaluation work, analyzes the current dilemma and puts forward some rationalized suggestions and countermeasures. Through the analysis of integrated pipe corridor construction technology and construction safety evaluation, the construction, application and risks of urban pipe corridor projects are thoroughly studied and discussed, with a view to providing reference and reference for relevant professionals.

1. Q.H. Qiang. To transform way of urban development by constructing underground utility tunnel. Tunnel Construction, Vol.37(2017), No.6, p.647-654.
2. J. Wang, X.S. Chen, S.L. Li, et al. About construction and operation present situation of utility tunnel in urban. Journal of Civil Engineering and Management,Vol.35(2018), No.2, p.101-109.
3. J.B. Wang, W.B. You, F.M. Liu, et al. Study of risk evaluation of urban underground utility tunnel PPP project based on GRA-SPA. Tunnel Construction,Vol.38(2018), No.9, p.1446-1455.
4. L.H. Han, N. Li, X.R. Zhang, et al. Evaluation of the PPP project investment of urban underground pipe gallery--On the OWA-fuzzy gray clustering evaluation method. Journal of Qingdao University of Technology, Vol.39(2018), No.3, p.109-115.
5. X.L. Du, X.F. Zhang, M.J. Zhang, et al. Risk synthetic assessment for deep pit construction based on evidence theory. Chinese Journal of Rock Mechanics and Engineering,Vol.36(2014), No.1, p.155-161.
6. Q. Mu, Y.Z. Shi. Study on layout method of urban utility tunnel planning. Chinese Journal of Underground Space and Engineering,Vol.14(2018), No.S1, p.1-5.
7. Y. Ling. Urban comprehensive corridor planning based on sustainable development of environment. Environment and Development,Vol.30(2018), No.6, p.195-196+198.
8. S. Chen. Urban underground composite pipe gallery construction based on BIM and IOT technology. Chinese Journal of Underground Space and Engineering, Vol.14(2018), No.06, p.1445-1451.
9. Y. Sun. Several environmental geotechnical engineering problems in subgrade treatment technology. Urban Roads Bridges and Flood Control, Vol. (2019), No.6, p.310-313+33.
10. G. Xue, X. Zhang. Economical and ecological evaluation index system of the urban utility tunnel based on PSO-BP neural network. Modern Tunnelling Technology, Vol.56(2019), No.3, p.53-58.
11. Y. Zhang. Green Municipal Action Practice in a National Eco-Model City - Underground Integrated Corridor and Integrated Design of Jiangdong South Road, Hexi New City, Nanjing. Modern Urban Research, Vol. (2016), No.9, p.72-77.
12. P. Feng. Discussion on Urban Underground Space Development and Urban Disaster Prevention and Mitigation. Architecture Technology, Vol. 51(2020), No.2, p.175-177.
13. J.Y. Lu, F.G. Yu. Research on Development Countermeasures of Underground Utility Tunnels in China Based on SWOT Analysis. Value Engineering, Vol.37(2018), No.20, p.8-11.
14. J.W. Hao, H.J. Zhou, F. Ding, et al. Waterproofing Design and Construction of Open-cut Cast-in-situ Comprehensive Pipe Gallery. Construction Technology, Vol.48(2019), No.21, p.60-63.
15. H. Zhang, X.X. Li. Waterproofing Design and Construction of Open-cut and Cast-in-place Utility Tunnel. China Building Waterproofing, Vol.21(2018), p.16-21.
16. M.L. Hu, L.H. Wen, F.Q. Qiu, et al. Analysis and Optimization of Joint Structure for Prefabricated Assembly Utility Tunnels. Municipal Engineering Technology, Vol.38(2020), No.3, p.215-221.
17. Y.J. Xu, M.H. Li, Z.W. Liu, et al. Application of site planning and segmental precast technology in utility tunnel. Journal of Inner Mongolia University of Science and Technology, Vol.37(2018), No.4, p.399-403.
18. L. Wan. Research on Key Technologies of Integrated Pipe Gallery Construction Based on Pipe Jacking Method. Value Engineering, Vol.39(2020), No.14, p.141-143.
19. L.H. Ye, S.W. Jiang. Construction Technology of the “Sheild”-Top-Pushing Construction of the Super Long Rectangular Urban Integrated Pipe Gallery with Large Section. Zhejiang Construction, Vol.36 (2019), No.5, p.38-41.
20. Y.Q. Wang. Study on Mechanical Effect of Shallow-buried Undercutting Construction in Comprehensive Pipeline of Composite Stratum. Construction Technology, Vol.47(2018), No.S4, p.1311-1315.
21. G.W. Xiao, D.J. Wang. Settlement Analysis and Prevention and Control Measures of Shield Construction for Upper Soft and Hard Stratum. Guangdong Architecture Civil Engineering, Vol.26(2019), No.9, p.43-47.
22. D.X. Lan, Y. Tian, W. Ma, et al. Research on Slag Improvement System for Underground Construction Pipe Shield Construction Method Building. Technology Development, Vol.46(2019), No.5, p.44-45.
23. S. Gao. Structural Design of a Utility Tunnel. Urban Roads Bridges and Flood Control, Vol.(2019), No.8, p.287-290+33.
24. X.H. Wen, G.H. Lu, D.J. Wang. On Design of Foundation Treatment for Utility Tunnel at Road 11 in Heshan City. Subgrade Engineering, Vol.(2019), No.3, p.159-164.
25. H.C. Li. Study on Effect of Foundation Reinforcement on Mechanical Behavior of Underground Rectangular Utility Tunnel. Building Construction, Vol.40(2018), No.6, p.986-988.
26. R.G. Wu, J.P. Wang, B. Yang, et al. Mass Prefabrication and Intelligent Installation of Pipeline Support for the Municipal Pipeline of Utility Tunnel. Construction Technology, Vol.47(2018), No.24, p.50-53.
27. M.M. Ji, H.L. Cui, L.W. Yin. Design Points for Heavy Built-up Support in Urban Utility Tunnel. Urban Geotechnical Investigation and Surveying, Vol.(2018), No.S1, p.165-167.
28. D.H. Bai. Research of Informatization Construction of Utility Tunnel Based on BIM. Municipal Engineering Technology, Vol.38(2020), No.2, p.215-220.
29. P.Z. Zeng, S.N. Sun, X. Jin, et al. Research on Optimization of Schedule Cost of Comprehensive Pipe Gallery Based on BIM Technology. Value Engineering, Vol.39(2020), No.1, p.277-279.
30. H.W. Ma, J. Zhou, S.D. Su, et al. Study on Causes and Treatment Technology of Water Leakage in Underground Comprehensive Pipe Gallery. Value Engineering, Vol.38(2019), No.23, p.175-177.
31. C.B. Wang, C. He. Waterproof Construction Technology for Municipal Underground Integrated Pipe Gallery Structure Engineering. Engineering and Technological Research, Vol.15(2019), No.4, p.65-66.
32. M.Y. Yang. Key Node Design if Utility Tunnel Structure Based on Covered Excavation Method and Construction. Construction and Design for Engineering, Vol.(2018), No.7, p.150-152.
33. D.T. Xia, J.W. Wang. Investment Risk Evaluation of Comprehensive Gallery Based on Fuzzy Comprehensive Method. Value Engineering, Vol.39(2020), No.5, p.126-129.
34. L. Yang, J. Zhu, C.E. Li, et al. Analysis of Safety Risk Identification of Urban Utility Tunnel Based on Kent Method. Urban Development Studies, Vol.25(2018), No.8, p.19-25.
35. Y.J. Chen, H.Y. Li, W.J. Wang, et al. Disaster risk analysis of utility tunnel operation and maintenance based on the Bayesian network. Journal of Safety and Environment, Vol.18(2018), No.6, p.2109-2114.
36. Z.Y. Zhang. A Pricing Model of City Underground Pipe Gallery and Its Practise. Chinese Journal of Underground Space and Engineering,Vol.14(2018), No.2, p.299-305.
37. J. Sun, S.J. Zhang, M. Zhu, et al. Risk management of urban underground integrated pipe corridor project in PPP mode. Project Management Technology, Vol.17(2019), No.12, p.32-36.
38. W.J. Zhuang, L. Wang, M.M.Jiang. Research on Preliminary Risk Allocation of Utility Tunnel Public-Private Partnership Projects Based on Entropy Weight-TOPSIS Model. Journal of Jiangsu University of Science and Technology(Social Science Edition), Vol.17(2017), No.2, p.90-97.
39. Y. Chen. Research on the construction and application of quantitative evaluation system for construction area of utility tunnel. Water and Wastewater Engineering, Vol.52(2016), No.8, p.118-125.
40. T. Lu, A.M. Jiang, Y.C. Dong, et al. Risk Assessment of Integrated Pipeline Project Operation and Maintenance Based on Information Entropy Combination Weighting-Extension Model. Journal of Water Resources and Architectural Engineering, Vol.18(2020), No.2, p.52-58.