Probability study of airplane crash on Kartini Reactor site area

Zulfikar Erlan Bhagaskara, N N Aufanni

DOI: http://dx.doi.org/10.17146/jfn.2020.14.1.5810

Sari


Abstract. Probability study of airplane crash at Kartini Reactor site has been carried out. Objective of this study is to determine probability of airplane crash coming from airports around Kartini Reactor site to Kartini Reactor Site. This study was carried out in several stages, namely identification of airports around Kartini Reactor site, initial screening using SDV values (10 km for small airport and 16 km for  large airport), probability calculation of airplane crash at Kartini Reactor site and comparing the calculation result with applicable regulations. Based on the identification results there are four airports / runways around the Kartini Reactor site, they are Adi Sutjipto Airport, Adi Sumarmo Airport, Depok Runway, and Yogyakarta International Airport where distance from airport to the site between 2.26-48.23 km. After screening using SDV value, that is known only Adi Sutjipto Airport which is inside SDV radius of Kartini Reactor, so that probability of airplane crash from Adi Sutjipto Airport is calculated, i.e. 3,769x10-8 events/year is. This value is still under the provisions in BAPETEN Regulation No. 4 of 2018 i.e. maximum 10-7 events/year. So it can be concluded that Kartini Reactor is safe from the possibility of airplane crash.

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Referensi


Regulation of the head of BAPETEN Number 4 of 2018 about Nuclear Installation Site Safety Provisions, Jakarta (2018).

IAEA Safety Standards, Site Evaluation for Nuclear Installations, Safety Requirement No. NS-R-3 (Rev. 1), International Atomic Energy Agency, Vienna (2016).

Nur S. S., Preliminary Study of the Frequency of Aircraft Fall on the Site of the NPP of the Flight Line. Proceedings of the Nuclear Safety Seminar, 392-400, Jakarta (2011).

YARIANTO S. B. S., SITI A., dan JUNE M., Study of Aircraft Fall in the Area of Experimental Power Reactor (RDE) PUSPITEK Serpong. Journal of Nuclear Energy Development Vol. 18 No. 2: 67-73, Yogyakarta (2016).

National Nuclear Energy Agency. “Kartini Reactor Safety Analysis Report”. Revision 8. Yogyakarta (2017).

IAEA Safety Guide, External Human Induced Events in Site Evaluation for Nuclear Power Plants, Safety Guide No. NS-G-3.1, International Atomic Energy Agency, Vienna (2002).

Aircraft Hazard, U.S. Nuclear Regulatory Commission Standar Review Plan, NUREG-0800, Rev.4, (2010).

Laws of The Republic Indonesia Number 1 of 2009 about Aviation, Jakarta (2009).

Regulation of the Minister of Transportation Number Km 44 of 2005 regarding Enforcement of Indonesian National Standards 03-7112-2005 about Aviation Operational Safety Areas as a Mandatory Standard, Jakarta (2005).

Indonesian National Standards 03-7112-2005 about Aviation Operational Safety Zone, Jakarta (2005).

https://www.liputan6.com/bisnis/ read/3959168/bandara-baru-yogyakarta-beroperasi-bagaimana-nasib-adisutjipto, accessed on May 5th 2019.

https://earth.google.com/web/, accessed on May 3rd 2019.

Air Transportation Statistics of 2017, Central Bureau of Statistics, Jakarta (2018).


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