Fire water volume design for LNG liquefaction plants
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I have a question for everyone regarding the calculation of fire-fighting water volume for LNG liquefaction plants: GB51261, the \"Design Code for Natural Gas Liquefaction Plants\", specifies the design flow rates for fixed fire-fighting water systems and outdoor fire hydrant systems. As shown in the figure below, GB50183 \"Code for Fire Protection Design of Petroleum and Natural Gas Engineering\" requires that the water volume for a fixed fire protection system should be determined based on the water volume required to deal with the most severe possible single accident, with an additional 200 m3/h taken into account. The mobile fire cooling water system shall be capable of meeting the total demand for fire cooling water.” May I ask, how exactly should the fire protection water volume for LNG liquefaction plants be determined and calculated? Thank you all.
Check the scope of application: tank areas are designed according to their specific requirements, and stations are designed in line with their own specifications. The most important thing is to consult experts in fire safety inspections.