Upon the successful completion of this course, participants will be able to:-

1.     Differentiate between process control and safety control

2.     Implement the IEC61508,  IEC 61511 and ISA84 standard

3.     The potential consequences of insufficient or inappropriate maintenance of IPF devices.

4.     Evaluate process risk levels

5.      Calculate Safety Integrity Levels (SILs) using a variety of techniques

6.      Analyze the performance of different logic system technologies

7.      Analyze the performance of various sensor, logic, and final element configurations,

8.     Specify and select safety instrumented systems

9.     Apply the documentation requirements for process safety management, regulations, and industry standards

10. The permit requirements for working on IPF devices / system.

11. Learn the fundamentals of control systems and how they are used to monitor, control, and optimize operations.

12. Learn the Logical/Analytical Troubleshooting Frameworks

13. Learn the Maintenance Management Systems

14. Describe different Control Systems Modes and its implementation

15. Use ICS management and how quality controlled in the oil and gas production (industries)

16. Provide the researches, engineers, operators and technicians with most of the information that help them achieving a production target

Day 1

•           Testing, Calibration & Maintenance of Emergency Shutdown(SIL rated)

•           Sequential Safety & Shutdown Logic Systems (SIL rated). 

•           The principles of IEC61508 as applied to Operation, Maintenance and Modification phases of Safety Lifecycle.

•           Principles of Preventive Maintenance (PM) and Corrective Maintenance (CM)

•           Learning to Troubleshoot

•           The Basics of Failures

•           Environmental Effects on Failure Rates

•           Functional Failures

•           Systematic Failures

 Day 2

•           Common-cause Failures

•           Root-cause Analysis

•           Failure States

•           Potential consequences of insufficient or inappropriate maintenance of IPF devices.

•           Logical/Analytical Troubleshooting Frameworks

•           Other Troubleshooting Methods

•           Troubleshooting Hints.

•           Mechanical Systems

•           Process Connections

•           Pneumatic Systems

 Day 3

•           Electronic Systems

•           Grounding

•           Calibration Systems

•           Tools and Test Equipment

•           Programmable Electronic Systems

•           Serial Communication Links (Loops)

•           Safety Instrumented Systems (SIS)

•           Critical Instrument Loops

•           Electromagnetic Interference

•           Valves

 Day 4

•           Aids to Troubleshooting

•           Risks and hazards associated with testing or maintaining IPF devices.

•           Maintenance Management Systems

•           Maintainability

•           Drawings

 Day 5

•           Tagging and Identification

•           Equipment Files

•           Manuals

•           The permit requirements for working on IPF devices / system.

•           Case studies and examples on process systems.