Experimental device for studying gas generation and seepage of combustion front in situ of oil reservoir

Abstract

The application discloses an experimental device for studying gas generation and seepage of an in-situ combustion front of an oil reservoir, comprising a rotating assembly, a combustion assembly, an injection assembly, an observation assembly and a separation and detection assembly, wherein the combustion assembly is arranged on the rotating assembly, the injection assembly is communicated with the combustion assembly, the observation assembly is arranged on the combustion assembly to observe the generation and seepage of the gas of the in-situ combustion front of the oil reservoir, and the separation and detection assembly is connected with the combustion assembly to detect the generated hydrogen. Through the cooperation of the observation assembly and the combustion assembly, the gas seepage condition generated by the oxidative pyrolysis reaction in the combustion assembly can be directly observed by the experimental personnel in the experiment, and the experimental error is avoided, so that the actual engineering condition can be fitted.

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