The article presents practical experience of experimental application in 2008 of non-traditional geoelectric methods of forming a short-pulsed electromagnetic field (FSPEF) and vertical electric-resonance sounding (VERS) (FSPEF-VERS express-technology) in monitoring observations of the gas pump-down from "man-caused" pool. The zone of gas penetration in upper aquaferous strata of a cross-section was revealed and mapped on a hydrocarbon field by FSPEF method survey. The depths of water-bearing reservoirs and the gas layer location were determined by VERS sounding. Additional boreholes were placed for gas pumping-out on measurements data by the FSPEF-VERS methods. Multiple field measurements have shown that the process of gas pumping-out from a "man-caused" pool can be monitored (and it is actually tracked) in time by using the FSPEF-VERS technology. The results of the experiments testify to the practical possibility of using these methods for operative solving of specific problems in oil- and gas-extraction, they are also one more weighty argument for a much broader usage of FSPEF-VERS technologies in a geological oil and gas prospecting process.

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