Onshore Pipeline Design, Construction and Operation
تصميم خطوط الأنابيب البرية وإنشاؤها وتشغيلها
- Next date
- 29 March – 2 April 2027London
- Fees from
- £2,950per delegate
- Formats
- Classroom · Online5 sessions
- Duration
- 5 daysCertificate
Overview
Onshore pipelines move most of the world's oil and gas from fields to processing plants, refineries, ports and markets. Building and operating them safely requires a clear understanding of codes, hydraulics, materials, construction methods and the many interfaces with land, communities and the environment. This course takes participants through the full life of an onshore pipeline. It starts with route selection, design codes such as ASME B31.4 and B31.8, wall thickness and material selection, then covers hydraulic design, pumping and compression stations, and valves and pigging facilities. The construction section explains right-of-way preparation, welding and inspection, coating, lowering-in, crossings and hydrostatic testing. The final part addresses commissioning, operation, control and leak detection, maintenance and integrity, giving participants a complete and practical picture of pipeline engineering.
Objectives
- Apply pipeline design codes to route selection and wall thickness design
- Perform basic hydraulic calculations for liquid and gas pipelines
- Specify pump and compressor stations, valves and pigging facilities
- Describe pipeline construction methods and quality control
- Plan hydrostatic testing, commissioning and start-up
- Explain pipeline operation, control and leak detection
- Outline maintenance and integrity activities for operating pipelines
Who should attend
Pipeline engineers, project and construction engineers, inspection personnel, pipeline operations staff and engineers from related disciplines joining pipeline projects.
Training methodology
The course follows a sample pipeline project from concept to operation. Participants select a route on maps, calculate wall thickness to code, size the line and stations hydraulically, and plan the hydrotest. Construction photographs and videos show each stage on site, and inspection records illustrate typical quality issues. Operational topics are supported by SCADA screens and leak detection examples. Group work culminates in a project summary presented on the final day, followed by an assessment.
Programme outline
Day1Pipeline Design Basis
- Pipeline systems and their components
- Design codes: ASME B31.4 and B31.8
- Route selection and surveys
- Location classes and design factors
- Wall thickness calculation
- Line pipe materials and specifications
- Practical exercise: wall thickness design
Day2Hydraulics and Stations
- Liquid pipeline hydraulics
- Gas pipeline flow equations
- Line sizing and economic diameter
- Pump stations
- Compressor stations
- Valves, pig traps and metering
- Practical exercise: hydraulic sizing of a crude line
Day3Construction
- Right-of-way and environmental controls
- Stringing, bending and welding
- Weld inspection and NDT
- Field joint coating
- Trenching, lowering-in and backfill
- Road, river and HDD crossings
- Practical exercise: construction quality checklist
- Case study: horizontal directional drilling crossing
Day4Testing and Commissioning
- Hydrostatic test planning
- Test pressure and duration
- Dewatering and drying
- Cleaning and gauging pigs
- Commissioning and line fill
- Start-up procedures
- Practical exercise: hydrotest plan
Day5Operation and Integrity
- SCADA and pipeline control
- Leak detection systems
- Surge and pressure protection
- Maintenance and patrolling
- Corrosion protection and integrity management
- Project summary presentations
- Final assessment
Dates and fees
Fees are in GBP. per delegate.
Certificate
Every delegate who attends the full programme receives a Harfard Technology certificate of completion stating the course title, duration, dates and venue.
Frequently asked questions
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