An united mathematical model of interconnected heat and mass transfer in the non-uniform porous oil reservoir covered by arbitrary located injecting and producing wells equipped with electrical submersible pumping systems is developed. The parallel calculation technologies are used in numerical computations and visualization of its results. An availability of the united model and significant decreasing of the problem time at parallel computing in comparison with sequential ones are demonstrated by examples of the numerical experiments.
численное моделирование, фильтрация, нефтяной пласт, система скважин, тепломассоперенос, многофазный поток, электроцентробежный насос, numerical simulation, filtration, oil reservoir, well system, heat- and mass transfer, multiphase flow, centrifugal electric pump
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