Simulation platform, experimental system and method for reservoir seepage detection experiment
A technology of simulation platform and detection method, applied in radio wave measurement system, can solve the problem of backward construction technology, high complexity and risk of reservoir leakage, and high risk of reservoir leakage by detecting the appearance of fluid and material inspection products at the leakage point. The leakage detection problem is complex and other problems, so as to avoid the effect of frequent transfer
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Embodiment 1
[0034] Such as Figure 1-Figure 4 As shown in , the present embodiment provides a simulation platform for reservoir leakage detection experiments, including a sandbox 5, the upper part of the sandbox 5 has an opening to expose the inner cavity of the sandbox 5; the upper surface of the bottom wall of the sandbox 5 An overburden layer is laid; one end of the sand box 5 is provided with a simulated dam body 8, and the simulated dam body 8 is supported by the overburden layer, and the side surface of the simulated dam body 8 close to the inner cavity of the sand box is enclosed with the inner wall of the sand box 5 to form a water storage tank, The relative position of the simulated dam body 8 and the sand box 5 can be adjusted to change the size of the water storage tank; the water storage tank can be filled with experimental water 13 to simulate the water resources stored in the reservoir; the bottom of the sand box 5 The wall is provided with a drainage device to discharge the...
Embodiment 2
[0054] This embodiment provides a simulation experiment system for reservoir leakage detection, including the above-mentioned simulation platform for reservoir leakage detection experiment, and also includes survey equipment and a host computer. The survey equipment can survey the geological conditions in the sand box 5, so The above-mentioned upper computer runs the preset detection method, and judges the leakage of the experimental water in the sand box according to the information of the survey equipment.
[0055] Specifically, the survey assembly includes an electrical instrument 1 and a measuring cable 16; the electrical instrument 1 is connected to the measuring cable 16 through a cable joint, the electrical instrument 1 is connected to an external power supply, and the measuring cable 16 is a waterproof cable;
[0056] Correspondingly, a cable moving and retracting rod 6 is arranged on the top of the sand box 5, and the cable moving and retracting rod 6 can hang the meas...
Embodiment 3
[0059] This embodiment provides an experimental method utilizing the above-mentioned simulation experiment system for reservoir leakage detection, comprising the following steps:
[0060] According to the actual conditions of the bottom of the reservoir, the anti-seepage system and the type of leakage, fill the covering soil layer in the sand box 5, so that the leakage amount, leakage speed and leakage position of the covering soil layer meet the set requirements, and arrange drainage devices;
[0061] Specifically, the simulated water depth is determined according to the relationship between the water depth and the simulated formation depth, the cable length and the electrode spacing.
[0062] Adjust the position and angle of the simulated dam body 8 to change the size of the water storage tank, and fill the water storage tank with experimental water;
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