SIMULATION OF UNDERGROUND LIQUFIED PETROLEUM GAS (LPG) STORAGE IN A DEPLETED FIELD
在废弃油田进行地下储气库模拟，地下多孔介质储存提供了巨大的前景，因为可以将废弃的石油地层改造成储存天然气、液化石油气、二氧化碳和甲烷以供安全用途或作为战略储备的储地。这次使用CMG软件进行的模拟旨在突出废弃油藏中气体流动和储存的主要机制，并通过识别和限制气体损失来确定最佳储存的条件。
Abstract
Simulation of underground gas storage in a depleted field Underground storage in porous media offers enormous prospects as it is possible to rehabilitate abandoned petroleum formation into storage of natural gas, liquefied petroleum gas, carbon dioxide and methane for safety purposes or as strategic reserves. This simulation using CMG software aims to highlight the main mechanisms of gas flow and conservation in an exhausted reservoir and to determine the general conditions for optimal storage by identifying and limiting gas losses.
Keywords:
Underground storage, gas, simulation, exhausted reservoir.
