Why Choose this Training Course

Onshore pipelines play a crucial role securing today’s energy supply. Consequently, major pipeline projects and proposals for new onshore infrastructure are in progress to increase the transportation volumes across continents and beyond. Pipeline transportation systems require careful planning and design – from the evaluation of potential routes, the consideration of land access, ownership and the impact on the environment, to the engineering, construction and procurement as well as the operation, maintenance and decommissioning of pipelines. To ensure that your projects meet all regulatory requirements and to save costs, prevent delays and avoid losses.

This onshore pipeline engineering training is a must-attend course that illustrates to delegates the relevant components for onshore pipelines engineering from the outset such as permits and authorisations, pipelines routings, mechanical design, flow assurance requirements, pipeline construction and installation as well as pipeline integrity management requirements in order to deliver high-quality onshore pipeline projects on time and on-budget.

This onshore pipeline engineering training has been specifically developed to fulfil industry’s ongoing need for skilled and competent pipeline engineering individuals.

Pipeline related case studies and workshops will also be conducted to allow delegates an opportunity to test their pipelines knowledge and practical working examples of pipelines design will be presented.

We are also a proud member of the Energy Institute of UK.

Who Should Attend

• Onshore Pipeline Engineers
• Pipeline Construction Engineers
• Project Managers and Planners
• Inspection, Maintenance Engineers
• Project and Development Coordinators
• Pipeline Contractors
• Pipeline Operators

Key Learning Objectives

• Navigate front-end project prerequisites, including regulatory permitting, environmental impact assessments (EIA), geotechnical route surveys, and alignment sheet engineering deliverables.
• Manage long-term asset lifecycles by addressing ageing infrastructure, executing life-extension studies, and planning safe decommissioning and abandonment strategies.
• Implement risk-based Pipeline Integrity Management Systems (PIMS) utilizing intelligent pigging, chemical inhibition programs, corrosion monitoring, and code-compliant anomaly assessments.
• Execute onshore pipeline construction and installation workflows, encompassing route preparation, trenching, welding, non-destructive testing (NDT), hydrotesting, and commissioning.
• Formulate mechanical and material designs by specifying pipe sizing, wall thickness, carbon steel, corrosion-resistant alloys (CRAs), and external coating and cathodic protection systems.

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