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Friday, August 26, 2022

How to build a better maintenance organization in oil & gas and energy sector industries with focused ‘Reliability Engineering and Safety practices’

 

Failure is unavoidable for everything in the real world, and engineering systems/subsystem and associated equipments are no exception. However failure and its impact can definitely be minimized to the extent possible at optimal cost by adopting latest strategies/approaches.

Before going further in details on new approaches to minimize the failure and safety incidents, we should understand about the fundamentals of reliability engineering and safety engineering.

Reliability engineering deals with the failure concept to minimize the occurrence of failure whereas the safety engineering deals with the consequences of the failure to minimize the impact on the surrounding environment. Inherent /inbuilt safety systems/measures ensure that consequences of failures are minimal.

The impact of failures may vary from minor inconvenience and costs to personal injury, significant economic loss, environmental impact, and fatalities.

Examples of major accidents are Bhopal gas tragedy, Fukushima-Daiichi nuclear disaster, Deepwater Horizon oil spill, etc. Causes of failure may include bad engineering design, faulty manufacturing, inadequate testing, human error, poor maintenance, improper operation/use and lack of protection system against excessive stress/strain.

Original equipment manufacturer (OEM), designers, and end users strive to minimize the occurrence and recurrence of failures. In order to minimize failures and safety incidents in engineering systems, it is essential to understand and implement FMECA (Failure mode, effects and criticality analysis) recommendations.

Need for higher reliability and safety is further emphasized by the following factors in order to ensure consistently safe, reliable, profitable and compliant plant operation:

• Increased complexity of products

• Accelerated growth of technology

• Competitive market

• customer requirement

• Modern safety and regulatory laws

• Lesson learnt from past system failures

• Cost of failures, damages and warranty

• Safety considerations with unacceptable consequences

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