N983 Pipeline and Process Engineering

Course Facts

Course Code:
N983
Duration:
4 days
Type:
Classroom
CEU:
3.2 Continuing Education Units
PDH:
32 Professional Development Hours
Certificate:
Certificate Issued Upon Completion

Summary

This course will provide a working knowledge of the design and operation of crude oil and gas transportation, processing and distribution systems. It will cover the theory of single and multiphase flow in pipelines and the respective design processes associated with single and multiphase flow; the separation of crude oil, de-watering and the handling and break-up of emulsions; the recovery of liquids from gases; and the storage and distribution of hydrocarbon gases and liquids.

Duration and Training Method

This is a four-day classroom-based course that includes theory and computer and paper-based exercises.

Participants will learn to:

  1. Understand the principles behind the flow of single and multiphase fluids in pipelines.
  2. Design single and multiphase pipelines under both steady-state and transient conditions.
  3. Understand the requirement for the field treatment of produced fluid.
  4. Understand the principles of liquid / liquid and gas / liquid separation and the types, functionality and components of different separation equipment.
  5. Size and design horizontal and vertical separation systems.
  6. Perform equilibrium flash calculations and work out the GOR, compositions and densities of the produced oil and gas.
  7. Optimize the operating pressure of separation units for maximum hydrocarbon liquid recovery and understand the resultant influence on well deliverability.
  8. Understand the principles behind emulsion treatment.
  9. Understand the different methods (such as absorption and adsorption processes) used in the field for treatment of natural gas and gas condensates and perform appropriate calculations with using the different approaches.
  10. Demonstrate the processes used for storage and distribution of hydrocarbon products.
  11. Gain hands-on familiarity with using steady-state and dynamic properties simulation tools.

There will be four days of instruction, with just under half a day devoted to each of the following topics:

  1. Introduction, Workflow, and Single Phase Systems
    -The hydrocarbon transportation, processing and distribution lifecycle
    -Workflows in transportation, processing and distribution
    -The transport equations
    -Single phase flow in pipeline networks
  2. Pipeline Design – the Engineering Approach
    -Nomenclature and units
    -The engineering equations
    -Transmission line gas flow
    -Liquid systems
    -Designing of pipeline systems
  3. Multiphase Systems
    -Empirical methods
    -Mechanistic formulations
    -The transient two-phase equations
    -Two-phase flow regime description
    -Thermal calculations
  4. Flow Assurance
    -Hydrodynamic flow assurance
    -Chemical-thermodynamic flow assurance
    -Wax
    -Hydrates
    -Asphaltenes
    -Scale
    -Design Integration
  5. Surface Production Operations I
    -Field processing of gas-liquid mixtures
    -Gas-oil separation
    -Emulsions
    -Vapor-liquid equilibrium
    -Gas handling facilities overview
  6. Surface Production Operations II
    -Heat exchangers and line heaters
    -Condensate stabilization
    -Acid gas treating
    -Gas dehydration and processing
    -Compressors
    -Pressure vessels and pressure relief
    -Storage tanks
    -Safety systems
    -Prime movers
    -Electrical systems
  7. Distribution and Field Project
    -Pipeline distribution systems
    -Field development project requirements and analysis
  8. Pipeline Simulation I
    -Introduction to Steady State Simulation
  9. Pipeline Simulation II
    -Introduction to Dynamic Simulation

Who should attend

This course is intended for staff who have had limited or no exposure to pipeline operations and process engineering. The broad coverage of the topic ensures it is suitable for entry-level engineers as well as mid-level engineers that are new to petroleum engineering or operations.

Prerequisites and linking courses

Participants should be familiar with basic reservoir engineering principles as well as with field operations, as presented in Nautilus Basic Application level courses N984 (Introduction to Reservoir Engineering) and N979 (Production Operations).

Click on a name to learn more about the instructor

Ivor Ellul