An integrated framework of safety performance evaluation for oil and gas production plants: Application to a petroleum transportation station

Fuzzy cognitive maps in systems risk analysis: a comprehensive review

“…They used FCM to model the system and the Choquet integral method to aggregate the expert assessments of risk. Zhang et al [165] evaluated the safety performance of oil and gas production plants using the combination of a relative degree analysis model, fault tree analysis, FCM, and fuzzy comprehensive evaluation. In the proposed approach, after determining critical risk factors by fault tree analysis, they modeled the system by the FCM relative degree analysis, and the overall safety level was calculated using a fuzzy comprehensive evaluation.…”

Risk Analysis of Oilfield Gathering Station

“…Due to multiple‐level of uncertainty attributes within criteria and relationships, the essence of FCE is a fuzzy transform. It uses the principle of fuzzy transformation and maximum membership degree, evaluating all relevant factors to make a comprehensive evaluation . This is an effective evaluation method to evaluate objects that are affected by various factors.…”

“…Oilfield gathering station (OGS) possessing large amounts of hydrocarbons with a high probability of accidental release. It poses risks to personnel, equipment facilities, and environment . If the leaked hydrocarbons are ignited, it may lead to a catastrophic event, thereby causing significant economic losses, environmental damage; and posing serious threat to the safety of the enterprise personnel.…”

“…The AHP could handle uncertain, imprecise, and subjective data. With development of fuzzy comprehensive evaluation method (FCE), the fuzzy AHP (FAHP) was developed based on the theory of FCE and AHP, and has been extensively applied in the fields of safety and risk assessment . These studies revealed the high applicability of FAHP for solving practical problems.…”

Development of the method for assessing the action zones of hazards in an emergency at a city filling station using geoinformation technology

“…This made it possible to determine the risk of adverse health effects from exposure to toxic aromatic compounds in a service station environment to within 3 % of the total population, which is acceptable. The weighty results of the risk analysis of the security of complex objects are presented in [12]. The authors rightly emphasize the subjectivity of the existing measurement of the safety of oil and gas enterprises.…”