Abstract The time-frequency domain electromagnetic (TFEM) sounding technique can directly detect the oil and gas characteristics through the anomaly of resistivity and polarizability. In recent years, it has made some breakthroughs in the hydrocarbon detection. In order to predict the petroliferous property of the Ili basin, The TFEM was carried out. According to the geological structure characteristics of the study area, a Two-Dimensional layered medium model is constructed, and the forward modeling is carried out. We use the forward modeling results to guide the field construction and ensure the quality of the field data collection. We use the model inversion results to identify and distinguish the resolution of the geoelectric information, and provide a reliable basis for data processing. Based on that, the key technologies such as 2D 2-D resistivity tomography imaging inversion, polarimetric constrained inversion have been developed, and we obtained the abundant geological and geophysical information. Though the analysis of the electrical logging data in the study area, the characteristics of TFEM anomalies of the hydrocarbon reservoirs in the Ili basin are summarized. And more, the oil-gas properties of the Permian and Triassic layers have been predicted, and the next favorable exploration targets have been optimized.
This work was supported by the Geology and Mineral Resources Investigation and Evaluation Program (No.12120115006601 and No. DD20160181) and the National key Research and Development projects (No. 2016YFC060110204 and No. 2016YFC060110305).
About author: Mei Yan-Hui is a Ph.D. candidate in Minerals Exploration at Resources Institute,China University of Geosciences (Wuhan), China. He is currently working as a senior engineer in Oil and Gas Survey, China Geological Survey, engaged in geophysical exploration methods and reservoir prediction research.
Cite this article:
. Prediction study on the hydrocarbon reservoir based on Time-Frequency Domain Electromagnetic ----Taking the Ili basin as the example[J]. APPLIED GEOPHYSICS, 2018, 15(3-4（2）): 697-709.
2018, Vol. 15 
