ASCE Manual 112 07:2007 Edition

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Manual of Practice No. 112: Pipe Bursting Projects

Published By	Publication Date	Number of Pages
ASCE	2007	107

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Category: ASCE

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Description

Pipe bursting is a well-established method widely used for trenchless replacement of existing pipe with new pipe of equal or greater diameter. Pipe Bursting Projects (ASCE Manuals and Reports on Engineering Practice No. 112) provides the best and latest practices for the design and construction of pipelines using pipe bursting methods, with a special focus on building pipelines under roads, railroads, and streets. This new manual will be useful for new and experienced engineers as it covers both introductory and advanced topics, including history, recent innovations, documentation, typical applications, and terminology from the planning through construction phases. Utility owners, contractors, and any other professionals involved in pipeline construction will also benefit. Pipe Bursting Projects was prepared by the Pipe Bursting Task Force of the ASCE Committee on Trenchless Installation of Pipelines (TIPS), under supervision of the Pipeline Division.

PDF Catalog

PDF Pages	PDF Title
6	CONTENTS
8	PREFACE
9	ACKNOWLEDGMENTS
12	1 GENERAL 1.1 Introduction
13	1.2 History of Pipe Bursting Development 1.3 What Is Pipe Bursting?
15	1.4 Pipe Bursting Feasibility and Benefits
18	1.5 Applicability 1.6 Pipe Bursting Systems
23	1.7 Trenchless Pipeline Removal Systems
26	1.8 Pipe Material
27	1.9 Scope of This Manual 1.10 Related Documents
28	1.11 Definitions
32	2 PLANNING PHASE
33	2.1 Planning Activities
36	2.2 Predesign Surveys
40	2.3 Environmental Impacts and Benefits
41	2.4 Social Impacts and Benefits 2.5 Permits
42	2.6 Jobsite Logistics Requirements
43	2.7 Length of Installation
44	2.8 Accuracy and Tolerances, Including Settlement and Heave
45	2.9 Insertion and Reception Pits
46	2.10 Service Connections
47	2.11 Maintaining Service
48	2.12 Cost Considerations
50	2.13 General Selection Guidelines
52	3 EXISTING (HOST) PIPE
53	3.1 General Condition Assessment
55	3.2 Special Conditions
59	3.3 Fracture and Expand
60	3.4 Split and Expand
64	4 NEW (REPLACEMENT) PIPE
66	4.1 Concrete Pipes
69	4.2 Vitrified Clay Pipe
71	4.3 Metallic Pipes
74	4.4 Plastic Pipes
84	5 DESIGN AND PRECONSTRUCTION PHASE 5.1 Feasibility and Risk Assessment
85	5.2 Design Parameters
86	5.3 Contract Documents
88	5.4 Geotechnical Conditions
89	5.5 Differing Site Conditions 5.6 Dispute Resolution
90	6 CONSTRUCTION PHASE 6.1 Work Plan
91	6.2 Workspace
92	6.3 Jobsite Layout 6.4 Launching and Receiving Pits
93	6.5 Bid Submittals
95	6.6 Lubrication
96	6.7 Dewatering 6.8 Contingency Plans 6.9 Inspection and Monitoring
97	6.10 As-Built Drawings and Documentations 6.11 Reconnection of Service
98	6.12 Measurement and Payment
99	6.13 Typical Costs for Pipe Bursting
100	6.14 Safety Issues
102	7 REFERENCES
104	INDEX A B C D
105	E F G H I J L M N O P
106	R S T
107	U V W