Abstract
In general, crop protection agents are of great interest in research and development to increase productivity by protecting crops from various pests. However, if a safety accident occurs during the manufacturing process of crop protection agents, serious environmental pollution can occur, and several fires and safety accidents related to crop protection agents have occurred in Korea. However, it was not effective in preventing fire as it was simply treated as spontaneous ignition or carelessness without a clear cause. Therefore, through this thesis, the probability of fire was studied by sharing and analyzing two cases of fires related to crop protection agent manufacturing sites in Ulsan. The main outcome of the study was to confirm the ignition potential and risk of CCTA, and suggested improvement plans during storage and a starting point for fire detection to prove the ignition probability of chemical safety accidents. And it was evaluated again that the example of the crop protection plant presented as a fire case in Ulsan in 2020 and 2021 cannot be classified as a fire.
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