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The purpose of this study was to find the optimal arrangement o f FPSO equipment in a module while considering the economic value and fire risk. We estimated the economic value using the pipe connections and pump installation cost in an HP (high pressure) gas compression module. The equipment risks were also analyzed usin g fire scenarios based on historical data. To consider the wind effect during a fire accident, fuzzy modeling was applied to improve the accuracy of the analysis. The objective functions consisted of the economic value and fire risk, and the constraints were the equipment maintenance and weight b alance of the module. We generated a Pareto-optimal front group using a multi-objective GA (genetic algorithm) and suggested an equipme nt arrangement method that included the opinions of the designe r. 1.                       (SERI, 2012).     FPSO(Floating, production, storage and offloading)            .         ,             . FPSO   (Subsea system), (Hull), (Turret), (Topside)   ,   (Utility system)  (Processing system)  .        ,       3  (Multi-deck)  . ,                       .   Patsiatzis and Papageorgiou(2002)           .   ,    ,      ,      (Mixed integer linear programming)      .Park et al.(2011)        .       Patsiatzis and Papageorgiou(2002)   , TNT (Trinitrotoluene equivalency method)404

Layout Optimization of FPSO Topside High Pressure Equipment Considering Fire Accidents with Wind Direction