Author(s)

Haibo Wang^1,2, Bing Liu², Qiwei Zou³, Lizhi Sun², Wei Zhang², Jiantao Tian², Meibin Tang²

¹School of Geophysics and Information Technology, China University of Geosciences, Beijing, China.
²BGP Inc., CNPC, Panjin, China.
³Liaohe Oil Field, CNPC, Panjin, China.

Multi-stages volcanic are available in HX area, shielding the seismic waves. Previous seismic acquisitions of large size bin, less fold coverage and narrow azimuth result in indistinct fault images, low S/N ratio and the difficulty of multi-stages volcanic characterization. In reference to the successful experience of domestic and overseas volcanic exploration, the low frequency excitation and receiving, and survey with wide range, high coverage, wide azimuth should be paid more attention, associated with two-dimensional and three-dimensional wave equation forward modeling and real data processing contrast analysis method. The image of underlying strata and fault are remarkably improved in the new method, according to the processing results of new seismic data. The new method will provide technical reference for the similar volcanic development area in the future seismic acquisition design.

Volcanic, 3D Seismic, Low Frequency, Wide Azimuth, High Fold, Small Bin Size

Wang, H. , Liu, B. , Zou, Q. , Sun, L. , Zhang, W. , Tian, J. and Tang, M. (2016) 3D Seismic Acquisition Technology and Effect in HX Volcanic Area in Liaohe Depression. International Journal of Geosciences, 7, 944-955. doi: 10.4236/ijg.2016.77071.