FMEA for maintenance criterion at RSG-GAS reactor implemented on JE01-AP01 primary pump
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S. Sudadiyo
Abstract
Reaktor Serba Guna-G.A. Siwabessy (RSG-GAS reactor) is a pool type research reactor, located in Serpong village, Indonesia. For safety of RSG-GAS reactor, the maintenance level criterion of System, Structure and Component (SSC) can be carried out by assessing on occurrence likelihood of a potential risks due to ageing degradation and a Risk Priority Number (RPN) value for assigning maintenance criterion, respectively. The objective of present study is to propose using the Failure Mode and Effects Analysis (FMEA) for assigning the maintenance level criterion of SSC and implementing on JE01-AP01 primary pump within a RSG-GAS reactor. In this research paper, SSC screening and failure based maintenance methodology is identified and classified into suitable classes at radar diagram. Results show that SSC can be prioritized based on failure analysis so that maintenance level criterion for SSC can be determined. On the implemented study, preventive maintenance can be performed to JE01-AP01 primary pump because of its RPN value 270.
© 2020 by Walter de Gruyter Berlin/Boston
Articles in the same Issue
- CONTENTS
- Orifice enabled flow stabilization of natural circulation loop at lower inclinations
- A segmented γ scanning device and experimental research
- FMEA for maintenance criterion at RSG-GAS reactor implemented on JE01-AP01 primary pump
- Comparison between standard solid fuel and a new annular fuel performance in the core of a PWR
- Technical Note
- Neutronic analysis of gadolinia bearing fuel assemblies
- Monte Carlo calculations of different types of burnable poison rods used in PWR
- Note · Imprint
Articles in the same Issue
- CONTENTS
- Orifice enabled flow stabilization of natural circulation loop at lower inclinations
- A segmented γ scanning device and experimental research
- FMEA for maintenance criterion at RSG-GAS reactor implemented on JE01-AP01 primary pump
- Comparison between standard solid fuel and a new annular fuel performance in the core of a PWR
- Technical Note
- Neutronic analysis of gadolinia bearing fuel assemblies
- Monte Carlo calculations of different types of burnable poison rods used in PWR
- Note · Imprint
