This study delves into the impactful realm of lightning strikes, a meteorological phenomenon that poses substantial risks to the process industry by potentially triggering technological disruptions. Despite constituting merely 13% of NaTech (Natural-Technological) events, lightning events hold significant consequences within the process industry. To comprehend this, a meticulous analysis of past lightning-triggered incidents was conducted, utilizing open-source industrial-accident databases to assemble a dataset comprising 689 records. The research not only builds upon prior studies concerning NaTech events triggered by lightning but also updates the information, encompassing events until the close of 2022. A systematic classification system was introduced, in adherence to NaTech risk field recent studies, enhancing the accuracy of information. Concurrently, adjustments were made in compliance with international regulations governing lightning strikes.
Dataset of NaTech events triggered by lightning within the Process Industry / Castro Rodriguez, D. J.; Tufano, C.; Vitale, M.; Mietkiewicz, J.; Baldissone, G.; Barresi, A. A.; Demichela, M.. - (2023). [10.17632/fff64w3rzn.1]
Dataset of NaTech events triggered by lightning within the Process Industry
Castro Rodriguez D. J.;Tufano C.;Vitale M.;Baldissone G.;Barresi A. A.;Demichela M.
2023
Abstract
This study delves into the impactful realm of lightning strikes, a meteorological phenomenon that poses substantial risks to the process industry by potentially triggering technological disruptions. Despite constituting merely 13% of NaTech (Natural-Technological) events, lightning events hold significant consequences within the process industry. To comprehend this, a meticulous analysis of past lightning-triggered incidents was conducted, utilizing open-source industrial-accident databases to assemble a dataset comprising 689 records. The research not only builds upon prior studies concerning NaTech events triggered by lightning but also updates the information, encompassing events until the close of 2022. A systematic classification system was introduced, in adherence to NaTech risk field recent studies, enhancing the accuracy of information. Concurrently, adjustments were made in compliance with international regulations governing lightning strikes.Pubblicazioni consigliate
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https://hdl.handle.net/11583/2983673