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CompendexJournal article (JA) Bowtie analysis on pig launcher system safety management Huagong Jinzhan/Chemical Industry and Engineering Progress, Volume 38, Issue S1, Pages 259-264, November 16, 2019 Guo, Zhendong [1]; Li, Jinlin [1]; Wang, Kewei [1]; Li, Boying [1]; Ma, Chihua [1] Corresponding author Guo, Zhendong Author affiliation: [1] China Petroleum Engineering and Construction Corporation Limited Beijing Company, Beijing; 100085, China Accession number 20222312203252 Publisher Chemical Industry Press Co., Ltd. ISSN 1000-6613 DOI 10.16085/j.issn.1000-6613.2018-2228 Abstract The procedure of bowtie analysis utilization is not clear and unified, so one of the focus is on demonstrate a clear procedure of bowtie analysis and clarify each step¡¯s content. Pig receiver system is widely used in oil, gas and process industry. And high pressure material or waste contained in pig receiver potentially threaten related personnel and equipment. To better conduct risk management for pig receiver system, a bowtie analysis is needed. Pig receiver system has three potential hazards: "high pressure gas", "flammable gas and liquid" and "pyrophoric material". Analyzing these three hazards, potential causes, consequences and barriers to formulate the bowtie diagram. By utilizing bowtie analysis, cause, consequences and barriers can be effectively analyzed and classified. The bowtie diagram could supplement other risk assessments tools¡¯ gap and provide a straightforward input for risk management. © 2019, Chemical Industry Press Co., Ltd.. All rights reserved. Main heading: Risk assessment Controlled terms: Corrosion Explosions Gas hazards High pressure engineering Mammals Risk management Uncontrolled terms: Barrier Bow-tie analysis Bow-tie diagrams Launcher systems Petroleum Pig receiver Receiver system Risks assessments Risks management System safety Classification codes: 522Gas Fuels 914.1Accidents and Accident Prevention Scopus 5 Authors Issue date November 16, 2019 Publication year 2019 Language Chinese Abbreviated source title Huagong Jinzhan/Chem. Ind. Eng. Prog. Number of references 8 Compilation and indexing terms, © 2022 Elsevier Inc. |
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