Year: 2013 Language: english Author: Dr. Eduardo Calixto Genre: Handbook Publisher: ELSEVIER Format: PDF Quality: eBook Pages count: 532 Description: The oil and gas industry is a competitive market that requires high performance in plants that can be translated to high availability, reliability, and maintainability for equipment. Today, this expectation of high reliability is extended to equipment suppliers and is also required of equipment companies. Therefore, reliability engineering tools are very important to this industry and have contributed greatly to its success in the last several decades. Reliability engineering should be applied systematically in the oil and gas industry to maintain high performance. To meet this goal, reliability management must be a part of daily operations. Reliability management includes life cycle analysis, accelerated testing, reliability growth analysis, DFMEA (design failure mode analysis), FMEA (failure mode analysis), RCM (reliability centered on maintenance), RBI (risk-based inspection), ReBI (reliability-based inspection), ReGBI (reliability growth–based inspection), ORT (optimum replacement time), RAM (reliability, availability, and maintainability) analysis, human reliability analysis, FTA (fault tree analysis), ETA (event tree analysis), LOPA (layers of protection analysis), SIL (safety integrity level) analysis, and bow tie analysis. All of these techniques must be included and managed from the project phase to the operational phase. Moreover, when equipment is being developed accelerated testing analysis, reliability growth analysis, and DFMEA are highly important for supporting product development and achieving a reliability target.
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Gas and Oil Reliability Engineering
Language: english
Author: Dr. Eduardo Calixto
Genre: Handbook
Publisher: ELSEVIER
Format: PDF
Quality: eBook
Pages count: 532
Description: The oil and gas industry is a competitive market that requires high performance
in plants that can be translated to high availability, reliability, and
maintainability for equipment. Today, this expectation of high reliability is
extended to equipment suppliers and is also required of equipment companies.
Therefore, reliability engineering tools are very important to this
industry and have contributed greatly to its success in the last several
decades.
Reliability engineering should be applied systematically in the oil and gas
industry to maintain high performance. To meet this goal, reliability management
must be a part of daily operations. Reliability management includes life
cycle analysis, accelerated testing, reliability growth analysis, DFMEA (design
failure mode analysis), FMEA (failure mode analysis), RCM (reliability
centered on maintenance), RBI (risk-based inspection), ReBI (reliability-based
inspection), ReGBI (reliability growth–based inspection), ORT (optimum
replacement time), RAM (reliability, availability, and maintainability) analysis,
human reliability analysis, FTA (fault tree analysis), ETA (event tree analysis),
LOPA (layers of protection analysis), SIL (safety integrity level) analysis, and
bow tie analysis.
All of these techniques must be included and managed from the project
phase to the operational phase. Moreover, when equipment is being developed
accelerated testing analysis, reliability growth analysis, and DFMEA are highly
important for supporting product development and achieving a reliability
target.
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