Analysis and Improvement of Emergency Planning Measures for Nuclear Power Plant

• Main Authors: Chang, Chin-Hsiang, 張金祥
• Other Authors: Hwang, Daw-Shang
• Format: Others
• Language: zh-TW
• Published: 2016
• Online Access: http://ndltd.ncl.edu.tw/handle/v492f6

碩士 === 國立臺灣海洋大學 === 輪機工程學系 === 105 === Nuclear power generation is an advanced power generation method of the world, it has a very attractive feature that, it does not contribute dangerous emissions. However, the Fukushima Daiichi nuclear disaster in 2011 lead to the adverse concern on nuclear power plant’s safety, the nuclear accident caused our country energy policy turn, the Luman nuclear power plant current storing up, while three nuclear power plants are still in operation, nuclear power plant’s safety and Emergency measures need to be analyzed, assessed, measured and refined to establish the ability to eliminate accidents, disaster mitigation and the ability of disaster control and organization. This study surveys the emergency response plan of the Kuosheng nuclear power plant of Taiwan Electric Power Co., Ltd. as an example, and analyzes the experience of the US Nuclear Regulatory Commission, the International Nuclear Energy Agency (WANO) and the Nuclear Energy Research Institute (INPO) and the academic response to emergency response. Relevant recommendations, the literature and the work of the proposed content, and the Kuosheng nuclear power plant emergency response plans are compared to ascertain whether the urgent plans to take are properly consistent subject to an unexpected accident. This study collected the relevant laws and regulations, technical guidelines, academic articles, the original emergency response plans for Kuosheng nuclear power plant, and some recommendations suggested by experts and scholars for the safety improvement.Safety reinforcement proposals are provided to enhance the effectiveness of nuclear contingency measures. It is concluded that 94% of the measures and contents of the emergency response plan can meet the requirements of the regulations, for other 6% of the non-compliance, improvements may suggest to take. This study should have practical help for the extension and completeness of the Taipower emergency program for the nuclear power plant.