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International Journal of Engineering، جلد ۳۴، شماره ۹، صفحات ۲۰۸۷-۲۰۹۶
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عنوان انگلیسی Determining the Optimal Maintenance Strategy for Ammonium Hydroxide ‎Production Unit Using Risk-Based Inspection ‎and Analytic Hierarchy Process
چکیده انگلیسی مقاله Ammonium Hydroxide production ‎unit (AHPU) is one of the widely ‎used and important units available in ‎many ‎industries such as oil and gas, ‎petrochemical, and power plants. In ‎this research, for the first time, a ‎detailed systematic inspection and ‎maintenance plan for AHPU ‎is ‎determined based on the ‎prioritization of equipment using ‎equipment’s risk analysis. ‎Equipment’s failure risk is ‎calculated ‎based on probability and ‎consequence of failure according to ‎American Petroleum Institute ‎Recommended Practice (API RP) 581. ‎Different ‎maintenance strategies were ‎designed and compared considering ‎several criteria like safety, cost, and ‎feasibility using the analytic hierarchy ‎process. Then risk-based optimal ‎maintenance policy for each group of ‎equipment ‎was identified. Finally ‎results showed that, the equipment ‎identified as high or medium to high ‎risk level such as liquid ‎ammonia ‎storage tank and its related ‎pipes, should has preventive ‎maintenance with an inspection ‎period of 48 months. While for the ‎medium risk equipment such as ‎ammonium hydroxide storage ‎tank ‎and low-risk equipment such as ‎ammonia absorption tank, should ‎have corrective maintenance with ‎inspection period of 72 and 90 ‎months, respectively‎.
کلیدواژه‌های انگلیسی مقاله Risk-based inspection,Analytic ‎Hierarchy Process,maintenance,Ammonium ‎Hydroxide
نویسندگان مقاله R. Ghasemi |
Department of Human Environment, College of Environment, Karaj, Iran

Y. Azimi |
Mining Engineering, Research Group of Environmental engineering and pollution monitoring, Research center for Environment and Sustainable ‎Development, RCESD, Tehran, Iran

Z. Ghasemi |
Department of Industrial Engineering, Esfahan University of Technology, Esfahan, Iran

نشانی اینترنتی https://www.ije.ir/article_134373_efee7ca7c7fc8e6c09eff91c7d611f03.pdf
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