Quantitative Risk Assessment of Mobile LNG Filling Station |
Jeon, Eun-Gyeong
(Institute of Gas Safety R&D, Korea Gas Safety Corporation)
Choi, Young-Joo (Institute of Gas Safety R&D, Korea Gas Safety Corporation) Kim, Pil-Jong (Institute of Gas Safety R&D, Korea Gas Safety Corporation) Yu, Chul-Hee (Institute of Gas Safety R&D, Korea Gas Safety Corporation) |
1 | Yoo, J. H., et al, A study on Consequence Analysis of LNG/LPG/Gasoline Station, KIGAS, (2009) |
2 | Ko, J. S., et al, Risk Assessment of LNG Storage Tanks, CHERIC, (2003) |
3 | Kwon, H. M., The technical Guidance on the selection of worst-case and alternative leak scenario, KOSHA GUIDE P-107-2020, pp 3, (2020) |
4 | Korea Meteorological Administration, https://www.weather.go.kr, (2018-2020) |
5 | Kim, K. Y., The technical Guidelines on Accident Damage Prediction Techniques, KOSHA GUIDE P-102-2012, 8-14, (2012) |
6 | PHMSA, Risk Assessment Data Directory Process Release Frequencies, IOGP 434-01, 43-44, (2019) |
7 | Kwon, D. H., The Analysis on Quantitative Risk Assessment of the Package Type H2 Station using Hy-KoRAM and PHAST/SAFETI, Korean Society for Energy, 7-8, (2020) |
8 | UK nuclear industry Risk Tolerance Criteria, https://www.railssa.com/tolerability-risk |
9 | Lee, S, R., et al, The comparative risk assessment of LNG tank designs using FTA, KIGAS, (2012) |
10 | Nijs, J. D., Acceptance criteria in Denmark and the EU, Environmental Project No. 1269 2009, 11, (2009) |
11 | NIER., Air Pollutant Emission Statistics, http://www.airemiss.nier.go.kr ,(2017) |
12 | Han, J. S., LNG truck supply feasibility assessment, KEI, pp 10-12,(2019) |
13 | Lee, S. S., Supply of large LNG vehicles without PM in Jeonbuk special zone of freedom of regulation press release, MSS, pp 1-4,(2020) |
14 | Kang, M. J., et al, A study on Systematic Risk Assessment Method for LNG Storage Facilities, KIGAS, (2009) |
15 | NIER., PM(Particulate Matter) Emission, http://www.airemiss.nier.go.kr,(2017) |