发明名称 RESERVOIR SOURING FORECASTING
摘要 A method for modeling reservoir souring using object-oriented numerical solutions separate from reservoir topography is described. Specifically, flow physics are separated into one or more objects, along with one or more H2S generation mechanisms, for modeling on time and spatial scales separate from field scale modeling
申请公布号 US2017116359(A1) 申请公布日期 2017.04.27
申请号 US201615331350 申请日期 2016.10.21
申请人 CONOCOPHILLIPS COMPANY 发明人 JENNEMAN Gary E.;BURGER Edward;KOLADE Babajide
分类号 G06F17/50;E21B41/00 主分类号 G06F17/50
代理机构 代理人
主权项 1) A simulation method of a hydrocarbon field development configuration comprising: a) providing a computer having one or more parallel graphics processing unit (GPU); b) providing historical data for a hydrocarbon field; c) inputting, into said GPU, the network topography, field layout, fluid description, and reservoir characteristics of one or more field configurations to create a field model; d) utilizing object-oriented software, on said GPU, for dividing the flow physics and H2S generation mechanisms of one or more fluids for said one or more field configurations into a plurality of individual basic elements of appropriate units for individual calculation so that the behavior of each individual basic element can be analyzed separately, wherein at least one of said basic elements incorporates said historical data; e) defining one or more time scales and/or one or more spatial levels for simulating one or more individual basic elements; f) simulating H2S generation and transport and fluid flow for at least one field model and one or more individual basic elements over said time scales and/or spatial level; and, g) displaying the results of said simulating step.
地址 Houston TX US