@article{ART003079137},
author={Hyung-Su Choi and Min-Je Choi and Guy-Sun Cho},
title={A study on damage prediction analysis for styrene monomer fire explosion accidents},
journal={Industry Promotion Research},
issn={2466-1139},
year={2024},
volume={9},
number={2},
pages={37-44},
doi={10.21186/IPR.2024.9.2.037}
TY - JOUR
AU - Hyung-Su Choi
AU - Min-Je Choi
AU - Guy-Sun Cho
TI - A study on damage prediction analysis for styrene monomer fire explosion accidents
JO - Industry Promotion Research
PY - 2024
VL - 9
IS - 2
PB - Industrial Promotion Institute
SP - 37
EP - 44
SN - 2466-1139
AB - This study selected the worst-case scenario for fireball and vapor cloud explosion (VCE) of a styrene monomer storage tank installed in a petrochemical production plant and performed damage prediction and accident impact analysis. The range of influence of radiant heat and overpressure due to fireball and vapor VCE during the abnormal polymerization reaction of styrene monomer, the main component of the mixed residue oil storage tank, was quantitatively analyzed by applying the e-CA accident damage prediction program. The damage impact areas of radiant heat and explosion overpressure are analyzed to have a maximum radius of 1,150m and 626m, respectively. People within 1,150m of radiant heat of 4kW/m2 may have their skin swell when exposed to it for 20 seconds. In buildings within 626m, where an explosion overpressure of 21kPa is applied, steel structures may be damaged and separated from the foundation, and people may suffer physical injuries. In the event of a fire, explosion or leak, determine the risk standards such as the degree of risk and acceptability to workers in the workplace, nearby residents, or surrounding facilities due to radiant heat or overpressure, identify the hazards and risks of the materials handled, and establish an emergency response system. It is expected that it will be helpful in establishing measures to minimize damage to workplaces through improvement and investment activities.
KW - Strene Monomer;Polymerization;fireball;Vapor Cloud Explosion;Radiant Heat;Overpressure
DO - 10.21186/IPR.2024.9.2.037
ER -
Hyung-Su Choi, Min-Je Choi and Guy-Sun Cho. (2024). A study on damage prediction analysis for styrene monomer fire explosion accidents. Industry Promotion Research, 9(2), 37-44.
Hyung-Su Choi, Min-Je Choi and Guy-Sun Cho. 2024, "A study on damage prediction analysis for styrene monomer fire explosion accidents", Industry Promotion Research, vol.9, no.2 pp.37-44. Available from: doi:10.21186/IPR.2024.9.2.037
Hyung-Su Choi, Min-Je Choi, Guy-Sun Cho "A study on damage prediction analysis for styrene monomer fire explosion accidents" Industry Promotion Research 9.2 pp.37-44 (2024) : 37.
Hyung-Su Choi, Min-Je Choi, Guy-Sun Cho. A study on damage prediction analysis for styrene monomer fire explosion accidents. 2024; 9(2), 37-44. Available from: doi:10.21186/IPR.2024.9.2.037
Hyung-Su Choi, Min-Je Choi and Guy-Sun Cho. "A study on damage prediction analysis for styrene monomer fire explosion accidents" Industry Promotion Research 9, no.2 (2024) : 37-44.doi: 10.21186/IPR.2024.9.2.037
Hyung-Su Choi; Min-Je Choi; Guy-Sun Cho. A study on damage prediction analysis for styrene monomer fire explosion accidents. Industry Promotion Research, 9(2), 37-44. doi: 10.21186/IPR.2024.9.2.037
Hyung-Su Choi; Min-Je Choi; Guy-Sun Cho. A study on damage prediction analysis for styrene monomer fire explosion accidents. Industry Promotion Research. 2024; 9(2) 37-44. doi: 10.21186/IPR.2024.9.2.037
Hyung-Su Choi, Min-Je Choi, Guy-Sun Cho. A study on damage prediction analysis for styrene monomer fire explosion accidents. 2024; 9(2), 37-44. Available from: doi:10.21186/IPR.2024.9.2.037
Hyung-Su Choi, Min-Je Choi and Guy-Sun Cho. "A study on damage prediction analysis for styrene monomer fire explosion accidents" Industry Promotion Research 9, no.2 (2024) : 37-44.doi: 10.21186/IPR.2024.9.2.037
