TRAINING

TRAINING COURSES

Oil movement

  1. Oil movement, storage & troubleshooting
    1. Course objectives:
      1. The aim of this course is to provide participants with a complete and up-to-date overview of the oil movements and storage operations in modern refineries.

SAFETY & ENVIRONMENT

  1. Management of Change (MOC) & Pre-start up Safety Review (PSSR)
    1. Course objectives:
      1. Describe definitions used during the Management of Change and Pre-Startup Safety Review process.
      2. Describe the importance of implementing an effective MOC/PSSR system.
      3. Identify what is and what isn’t considered “change”.
      4. Review and assess the proposed change.
      5. Describe the initiation and implementation process for a proposed change.
      6. Describe an effective MOC/PSSR system.
      7. Evaluate MOC/PSSR systems for feasibility in various change scenarios.
  2. Risk Assessment and Management
    1. Course objectives:
      1. Appreciate safety, health and environmental regulations.
      2. Understand the concept of safety and risk in oil & gas industry.
      3. Carry out Quantitative Risk Assessment (QRA).
      4. Carry out risk assessments such as HAZID, HAZOP, HSE audit, Environmental Impact Assessment (EIA).
      5. Implement “Site Incident Report” procedure: report, logging, investigation, root cause analysis, corrective action, preventive measures and close out.
      6. Facilitate risks assessment, management of change procedures.
      7. Understand emergency preparedness procedure and action plan.
  3. Incidents Investigation
    1. Course topics:
      1. Definitions: (Accident Incident / Accident without Loss of Near Miss / Accident Accompanied by loss of Accident).
      2. Causes of accidents.
      3. Direct
      4. Indirect
      5. Composition of the investigative team.
      6. Investigation skills.
      7. Targets of the investigation.
      8. Identify the factors critical.
      9. Use the 4 P’s.
      10. Identify the root causes.
      11. How to estimate the losses (direct – indirect).
      12. Recommendations resulting from the investigation preventive maintenance.
      13. The role of senior management after the incident occur.
  4. Hazard Identification & Risk Assessment
    1. Course objectives:
      1. Identify Hazard & Risk terminology.
      2. Familiar with wide range of loss prevention techniques.
      3. Establish priorities for changes to plant, processes or procedures to enable management to achieve an effective loss prevention program.
      4. Stand on instrumented protective system design.

Operation & maintenance

  1. Heat exchangers operation & maintenance
    1. Course objectives:
      1. Know heat exchanger operation, control, maintenance, inspection and finally design principals.
  2. Process fired heaters
    1. Course objectives:
      1. Stand on heater healthy approach.
      2. Control the heater in good way.
  3. compressor maintenance & troubleshooting Level (1)
    1. Course objectives:
      1. Understand basics of main compressor types.
      2. Understand the applicable P.M. & C.M. for different compressors.
      3. To understand approach to the problems posed by compressors and turbines and means to solve them.
  4. compressor maintenance & troubleshooting Level (2)
    1. Course objectives:
      1. Understand basics of main compressor types.
      2. Understand the applicable P.M. & C.M. for different compressors.
      3. To understand approach to the problems posed by compressors and turbines and means to solve them: (Construction and main component), (Performance of operation ) and (Oil system, cooling system & sealing system ).
  5. Pumps technology
    1. Course objectives:
      1. Understand all the related governing equations.
      2. Dealing and understand pump curves.
      3. Understand pump operation and troubleshooting.
      4. Understand operation requirements during pump installation.
  6. Boiler water treatment
    1. Course objectives:
      1. Water treatment principals.
      2. Boilers water basic principles and technology.
      3. Role of chemicals in the boilers efficiency.
      4. The economics of boiler water treatment.
  7. Cooling water treatment
    1. Course objectives:
      1. Cooling water basic principles and technology.
      2. The economics of cooling water treatment.
      3. The role of chemicals in the cooling efficiency.
  8. Liquified Natural Gas
    1. Course objectives:
      1. Familiarize with NGL processing & storage.
      2. Good knowledge with facilities & utilities required.
      3. Improve technical knowledge.
      4. Introduction to LNG
      5. Physical Properties of LNG & Uses.
      6. Utilities Systems for LNG Project.
      7. LNG Storage & Shipping.
  9. Natural gas processing technology
    1. Course objectives:
      1. Familiarize with gas behavior, properties, conditioning and processing.
      2. Raise back ground about gas facilities operation, parameters.
      3. Improve technical knowledge.