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The Pipeline Transportation of Produced Hydrocarbons

Level: Skill | Type: Classroom | Discipline: Surface Facilities Engineering

This intermediate course develops practical fluency in moving produced hydrocarbons—from light crudes to heavy and extra-heavy oils—through gathering systems and transmission pipelines with safe, reliable, and energy-efficient operation. Framed around flow-assurance challenges and cost reduction, the program connects fluid properties and rheology to hydraulics, pressure-loss/energy calculations, and field-proven transport strategies (mechanical, chemical, and thermal). Participants compare pseudo–single-phase and multiphase methods, evaluate sand-settling risks, and select optimization levers (surfactants, diluents, heating, operating envelopes) that reduce pump/compressor duty while maintaining throughput. Daily software demonstrations and exercises reinforce theory with hands-on prediction of pressure loss, energy requirements, and operating scenarios.

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  • Factors influencing the energy requirement for transporting oil through pipelines
  • Things that are in our control and relevant to process optimization
  • Oil transportation and gathering systems
  • Elementary nodal analysis
  • Heavy and extra heavy oil properties
  • Practical chemical and mechanical options for transporting oils
  • Relevant rheological principles supporting pipeline pressure loss and energy consumption calculations
  • Scaling issues
  • Physics of sand settling and engineering implications
  • Appropriate fluid mechanics and the physics of pipeline hydraulics
  • Pressure loss calculation methodologies
  • Surfactant and diluent based methodologies
  • Thermal methods
  • Methods suitable for multiphase flow calculations
  • Relevant literature

Surface facilities production engineer, surface facilities design engineer, Operation engineer

Basic knowledge of production surface facilities

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