Could corruption in the nuclear industry lead to a radiological emergency in Korea should it face a major natural disaster, such as the earthquake and ensuing tsunami that rocked Japan in 2011? New research published in the International Journal Business Continuity and Risk Management looks at the worst-case scenarios in the context of apparent corporate corruption that has led to the use of defective components. The current nuclear power inventory is capable of surviving a magnitude 6.5 earthquake and only three plants built since 2013 could withstand damage from up to a magnitude 6.9. Given that it was a magnitude 9.0 earthquake in the region that led to the tsunami that devastated Japan, the research suggests that Korea is not free of danger when it comes to earthquakes affecting its nuclear plants.
Kyoo-Man Ha of the Department of Public Policy and Management at Pusan National University in Busan, South Korea, has looked at self-interest and all-interest management practices across the nuclear power industry. The local “stakeholders” might be seen as the nuclear power plant operating company, local government, non-governmental organisations (NGOs), and residents. But, there is, of course, an international perspective too as a major incident at a nuclear power station can affect the neighbouring countries and even the rest of the world if there is a sufficient large disaster that leads to the release of radioactive material into the environment, the oceans, and the atmosphere.
The research suggests that despite there having been an increased awareness of the potential for radiological emergencies in the context of natural and other disasters, emergency management in Korea sees each stakeholder close to a nuclear power plant insisting on addressing problems and dealing with such emergencies at the individual, local level. This completely ignores the fact that a nuclear incidence is a much bigger problem than an isolated issue to be addressed locally and must be seen as a societal and international issue.
Ha suggests a new, more encompassing model of emergency management. The new model provides a framework for a broader strategy that can be implemented in a time of crisis where all stakeholders play a part and the detrimental impact on the wider community and internationally might be minimized should the worst-case scenario arise. Greater stakeholder involvement might also mitigate some of the ongoing problems associated with corruption.
Ha, K-M. (2021) ‘Management of nuclear power plant emergency: a case of Korea’, Int. J. Business Continuity and Risk Management, Vol. 11, No. 1, pp.52–65.