Upcoming

Introduction to Trenchless Technology

Introduction

Trenchless technologies include methods and tools for underground installation, replacement, rehabilitation, locating, and condition assessment of pipelines and utilities with minimal excavation from the surface. This course will present state-of-the-art trenchless methods and techniques to efficiently and cost-effectively install, replace, and rehabilitate aging pipelines and utility ducts. Topics include trenchless project feasibility analysis and planning; topographic and geotechnical considerations; selecting appropriate trenchless technology, pipe materials, and lining materials; risk analysis; and quality assurance and quality control. Furthermore, pipeline condition assessment techniques will be presented. Finally, the industry’s good practice guidelines, standards, and specifications will be discussed.

Why Trenchless Technologies?

Financial Benefits (Cost Savings)

• The City of Winnipeg saved over $130 million using CIPP (cured-in-place-pipe) on 145 km of sewer renovation. Another 433 km of pipeline needs rehabilitation with potential cost savings of $390 million[1]
• The City of Hamilton has renewed more than 320 km of mainline sewer using CIPP technology and has realized cost avoidances of approximately $200 million[2]

Environmental Benefits

• Reduced greenhouse gas emissions
• Lesser disruption to built and natural environment (50:1 earthwork factor when comparing open trench and trenchless construction)
• Suited for deeper installations, environmentally sensitive areas, contaminated underground

Social Benefits

• Minimal disruption to traffic and businesses

Learning Objectives

Upon completion of this course, you will be able to:

• Demonstrate a broader understanding of the vast array of trenchless methods, processes, and techniques to rehabilitate and replace underground pipelines and utility ducts
• Describe the limitations and benefits of various trenchless technologies
• Become familiar with the industry’s best practice guidelines, standards, and specifications
• Select appropriate rehabilitation and replacement techniques based on factors such as pipeline condition, failure modes, surface and underground conditions, and cost
• Take advanced courses on trenchless technologies for detailed information on planning, design and construction fundamentals

Course Syllabus

• Course Introduction

• An Overview of Trenchless Technology
• Classification Systems for Trenchless Methods
• Trenchless Construction vs. Open Trench Construction Methods
• Trenchless Rehabilitation Technology Market Overview: Assessments, Classifications, and Rehabilitation Methods

• Subsurface Utility Engineering (SUE)

• ASCE Process for Investigating and Documenting Existing Utilities
• Four SUE Quality Levels
• CSA S250 Standard for Mapping of Underground Utilities
• How Does SUE Helps Reduce Project Risk and Optimize Cost?

• Trenchless Methods for New Pipe Installation

• Horizontal Directional Drilling
• Pipe Jacking and Microtunnelling
• Pipe Bursting
• Pipe Ramming, Auger Boring, and Impact Moling
• Trenchless Method Selection Process for New Pipe Installations

• Pipeline Condition Assessment

• Gravity Pipeline Condition Assessment Technology
• Maintenance Chamber and Sewer Lateral Assessments
• Pressure Pipeline Condition Assessment Technology

• Pipeline Condition Classification and Condition Rating Systems

• Watermain Condition Classification System and Condition Rating
• Sewer Condition Classification System (PACP)
• Lateral Sewer Pipe Condition Classification (LACP)
• Rationalization of Sewer Rehabilitation Decision Making

• Maintenance Chambers Condition Assessment and Rehabilitation

• Maintenance Chamber Classification (MACP)
• Overview of Maintenance Chamber Rehabilitation

• Trenchless Methods for Pipe Rehabilitation

• Cured-in-Place-Pipe (CIPP) for Gravity and Pressure Pipeline
• CIPP for Sewer Lateral
• Spot Repair, Stabilization
• Sliplining, Segmental GRP Lining
• Modified Sliplining (Thermoform, Spiral Wound)
• Spray-in-Place-Pipe (SIPP)
• Rationalization of Gravity and Pressure Pipe Rehabilitation

Who Should Attend?

Consultants, Contractors, Utility Owners, Municipal Engineers and Technologists

What Will You Get?

• Continuing Education Units (CEUs) and Professional Development Hours
• Course handouts
• Lunch and refreshments

Duration
2 Days

Accreditation
This workshop is recognized by:
The Engineering Institute of Canada awards 11 Professional Development Hours to this workshop.