Pipeline Corrosion Integrity Management
Details :
the seminar provides a sound review of Pipeline Integrity
Management strategies, in compliance with regulatory requirements, including
self-assessment. It is highly interactive and takes the form of lectures and
case studies. On completion of the seminar, participants will have a solid
understanding of the procedures, strengths, limitations, and applicability of
the main issues that comprise a Pipeline Integrity Management Program
To provide attendees with the latest techniques used to
develop a comprehensive integrity management program covering both pipelines
and their associated facilities. The necessary elements of such a program are
described in detail with examples of typical program content including an
overarching view of where detailed Risk Analysis and Defect Assessment fits in
the Program.
Pipeline Corrosion Integrity Management (PCIM) benefits individuals responsible for implementation and/or management of an integrity program for a pipeline system with an emphasis on integrity verification and maintenance optimization.
Day 1:
INTRODUCTION TO PIPELINE INTEGRITY
·
Pipeline Integrity
·
Overview of Impact of
Corrosion on Pipelines
·
Other Threats to Pipeline
Integrity (non-corrosion related)
·
Purpose of Pipeline
Integrity Programs
·
Public Safety
·
Reliability and
Deliverability of the Pipeline System
·
Asset Preservation
·
Maintenance Optimization
·
Economics
MANAGING CORROSION
·
Forms of Corrosion
·
Overview of Corrosion
Control Methods
·
Time-Related Pipeline
Defect Types
·
Inspection Methods
·
Stress Corrosion Cracking
·
Corrosion Monitoring
Methods
·
External Corrosion
·
Corrosion Mediation Methods
Day 2:
DATA COLLECTION, VERIFICATION, AND INTEGRATION
·
Introduction
·
Data Collection
·
Data Validation
·
Data Integration
RISK ASSESSMENT
·
Risk Assessment
·
Overview of Risk Assessment
Objectives
·
History of Failure /
Probability of Failure
·
Consequence Analysis
·
Prescriptive and
Performance Based
·
Risk Assessment Models
·
Calculating and Quantifying
Risk
·
Risk Minimization Through
Corrosion Control
·
Integrity Verification
Day 3:
INTEGRITY VERIFICATION / ASSESSMENT
·
Performing an Overall
Assessment on a Pipeline System
·
Criteria for Selecting an
Integrity Method
TECHNICAL CHALLENGES TO PIPELINE INTEGRITY
·
Introduction
·
Material Properties and
Defects
·
Pipe Manufacturing
·
Pipeline Construction
·
Pipeline Operations and
Service
·
Outside Forces
·
Time Dependent Mechanisms
Day 4:
REMEDIATION ACTIVITY / REPAIR METHODS
·
Discovery of Anomalies
·
Defect Characterizations
·
Development of a Repair
Plan
·
Repair Protocol for “High
Consequence Areas” (HCA) Pipeline
·
Types of Remediation
Activities / Repair Methods
INSPECTION AND ASSESSMENT INTERVALS
·
Assessment Intervals
·
Remaining Life
·
Growth Rate
·
Confirmatory Direct
Assessment
·
External Corrosion
Confirmatory Direct Assessment (EC-CDA)
Day 5:
POST INTEGRITY ASSESSMENT RISK ANALYSIS
·
Risk Re-assessment in
Response to Management of Change Processes
·
Risk Re-assessment in
Response to Changes Due to Remediation
·
The Need for Electronic
Database for Data Integration
·
Specific Data That Should
Be Integrated into Risk Assessment Plans
INTEGRITY MANAGEMENT PLAN
·
Integrity Management Plan
Training
Methodology
·
This training course
combines sound engineering principles, methods and applicable standards
· - All lectures are in
colorful presentation
· - All lectures are
interspersed with interactive discussion
· - All lectures include group
discussion, case history and exercises
· - Actual major incidents as
well as industry experience are reviewed
· - Participants receive a
multicolor seminar manual
· - Pictures of real incidents
and case history are shown
· - Videos on the subject are
shown
Daily 09:00 to 14:00 with lunch and coffee breaks