Objective . To set the parameters of the liquefied natural gas shipment system for various options for filling a gas tanker from large-capacity storage facilities during its bunkering. Method . Mathematical and numerical modeling of the liquefied natural gas shipment process for various tank-emptying modes during the shipment of liquefied natural gas to a largecapacity gas carrier by a submersible cryogenic pump. Result . The analysis of the modes of shipment of liquefied natural gas from large-capacity storage facilities has been carried out in order to ensure filling of a gas tanker within the permissible freight period with an upgraded design of a submersible pump of liquefied natural gas. Analytical dependencies have been obtained to describe the process of shipping liquefied natural gas for various operating options of the shipping system. Conclusion . The optimal option for the operation of the liquefied natural gas shipment system for filling a gas tanker within the permissible bunkering time has been determined.
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Baranov et al. (2024) studied this question.
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