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PPI 301

Onshore Pipelines Engineering

COURSE SCHEDULE

Code Date Location price (€)*
PPI 301 2 - 3 Dec 2026 Istanbul 4400
PPI 301 17 - 20 Nov 2026 Online 3990

* Prices are subject to VAT and local terms. Ph.D. students, groups (≥ 3 persons) and early bird registrants (8 weeks in advance) are entitled to a DISCOUNT!

COURSE OVERVIEW

Oil and gas production depends on a number of transport modes in order to ensure that the valued hydrocarbon cargo is delivered to the end-user in a safe, reliable and cost-effective manner whether by rail, road tanker, ocean vessels, and pipelines. Insofar as the number of incidents is low compared to, for example, motor vehicle incidents, it should be noted that all hydrocarbon transport modes do carry varying levels of risks.


Statistically, pipelines have been shown to be a very safe, reliable and cost-effective transport mode over both short and very long distances. In order to ensure that risks associated with pipelines are at an absolute minimum, pipelines must be designed, constructed, installed and operated in strict accordance with international codes and standards, recommended practices and best international petroleum industry practices.

This course is designed to present all delegates through slides, interactive discussions, exercises, case studies and workshops, the essentials of onshore pipeline mechanical design together with all other related subject areas such as pipeline materials design and selection, pipeline protection systems, construction and installation methodologies, and importantly pipeline inspection maintenance and repair methodologies and programs.
One of the most critical elements with respect to pipelines presented and discussed is to ensure that all risks associated with pipeline design through to decommissioning are addressed and mitigated against by employing specialised risk management tools, techniques and programs. In this way, any impact on human life, the environment and business reputation is controlled, managed and maintained at the lowest and practicable levels of risk.

COURSE OUTLINE

5 days
Day 1: Introduction to Onshore Pipelines

o Introduction to Pipelines - Historical – Pipelines as a transport mechanism
o Linepipe manufacturing – rigid, flexibles, seamless, spiral
o Linepipe tests – hydrotesting
o Pipeline pre-requisites – permits and authorisations, routings, seabed pre-sweeps
o Pipeline mechanical engineering design basics - pipeline mechanical design components (buckling, wall thickness, sizing)
o Pipeline – Introduction to Flow Assurance
o Pipeline codes, standards and regulations - API
o Pipeline deliverables – project documentation requirements

Day 2: Pipeline Materials and Corrosion Protection

Material Selection for Onshore Pipelines:

     o Material Design & Selection for Onshore Pipelines - Carbon Steel (CS), Corrosion  Resistant Alloys (CRAs)
     o Material manufacture and testing
     o Codes & Standards, Legal & Regulatory
     o Case Studies, Interactive Discussions

Corrosion Engineering and Management:

    o Corrosion – mechanisms, types, corrosion testing
    o Corrosion – its effect in oil and gas assets
    o Corrosion mitigation – Cathodic Protection (CP) & Coatings
    o Corrosion monitoring
    o Corrosion management
    o Codes & Standards
    o What are coatings? And Why Do We Need Them?
    o Coating types and uses
    o Coating system – linepipe and field joint (FJCs) –design and selection criteria
    o Coatings application and testing
    o International Codes & Standards
    o Case Studies, Interactive Discussions

Day 3: Pipelines Construction and Installation

o Pipeline construction – tools of the trade
o Pipeline construction and installation methods, problems and mitigation measures
o Pipeline welding and Non-Destructive Testing (NDT)
o Onshore pipelay equipment
o Pipeline installation and completion
o Tie-In’s
o Pipeline pre-commissioning and commissioning
o Pipeline documentation – ‘as-laid’, as-builts’
o Case Studies, Interactive Discussions

Day 4: Pipelines and Risk Management

o Pipeline Problems, Failures and Mitigation Measures
        o Pipeline loss of primary containment (LOPC)
        o Pipeline exposure
o ‘Duty to Care’ – looking after your pipelines – Risk-Based Inspection, Maintenance and Repair methodologies
          o The ‘PDCA’ Cycle
o Inspection and Survey methodologies
        o Pipeline Internal Inspections – ‘In-Line Inspection’ – magnetic flux, ultrasonics
o ILI – results, interpretation and assessments
       o Pipeline External Inspections and Surveys
o Pipeline Repairs
      o ‘Cut and Replace’
      o ‘Plidco’ Sleeves
o Mechanical Connectors
o Case Studies, Interactive Discussions

Day 5: Looking Ahead – Ageing Assets and Health and Safety

o Ageing assets and life extension studies
o Pipeline decommissioning and abandonment – regulatory and legislative, tests requirements for decommissioning, disposal
o Health and Safety Requirements for the Oil and Gas Industry
o Typical Legislation (UK Industry)
o International Codes and Standards
o Case Studies, Interactive Discussions

INSTRUCTOR

FAQ

DESIGNED FOR

This course is designed for the following disciplines, but not necessarily limited to the following:
   o Pipelines
   o Materials and Corrosion
   o Integrity Management
   o Process
   o Welding
   o Operations & Maintenance
   o Construction and Installation
   o Controls & Instrumentation (C&I)
   o Health and Safety
   o Support services

COURSE LEVEL

o   Intermediate to Advance

LEARNING OBJECTIVES

The learning objectives of this course shall be to provide all delegates with -
    o An introduction into the oil and gas industry – the use of oil and gas transport modes and associated risks.
    o The fundamentals of pipeline mechanical engineering design – pipeline stability, buckling phenomenon, wall thickness analyses.
   o Understanding the need for and methodologies of pipeline protection using mechanical and corrosion protection equipment and systems
   o The essential elements of pipeline construction and installation – ‘getting it right first time’ approach, IPLOCA guidelines, construction and installation equipment and systems.
   o The use of risk-based approaches and programs for pipeline safety management – Pipeline Integrity Management System (PIMS), pipeline inspection and survey tools, techniques and methodologies
   o Awareness of current international codes and standards for pipelines and pipeline design – API 5L, SME, ASTM, DNV, ISO, EEMUA.
   o Understanding the approach to risk management using the risk-based approach to inspection maintenance and repair; and
   o The importance of health, safety, and environmental (HSE) protocols as well as the importance of regulatory compliance and sustainability practices.

REGISTER

Registration is now OPEN!

* Prices are subject to VAT and local terms. Ph.D. students, groups (≥ 3 persons) and early bird registrants (8 weeks in advance) are entitled to a DISCOUNT!

For more details and registration please send email to: register@petro-teach.com

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