Tanima, D., Tapan, M. and Gary, M. (2010) Predicting Sorting and Sand/Shale Ratio from Seismic Attributes by Integrating Sequence Stratigraphy and Rock Physics. Proceedings of the 80th Annual International Conference of the SEG, Denver, 17-18 October 2010, 2506-2511.

has been cited by the following article:

• TITLE: Reservoir Prediction Restricted by Sequence Stratigraphy—A Case Study of Bioclastic Shoal Reservoir in Changxing Formation of Jiannan Area

  AUTHORS: Ningnan Wu

  KEYWORDS: Bioclastic Shoal, Sequence Stratigraphic Classification, Reservoir Prediction, Changxing Formation, Jiannan Area

  JOURNAL NAME: Open Journal of Yangtze Oil and Gas, Vol.4 No.1, January 30, 2019

  ABSTRACT: Bioclastic shoal reservoir in Changxing Formation of Jiannan area is characterized by small thickness and strong heterogeneity. The uncertainty of the reservoir distribution pattern has confined the effective development of this area, so the accurate bioclastic shoal reservoir prediction would be the key to achieve development breakthroughs. Based on drilling, well-log, seismic and core analysis data, this article conducted exquisite sequence stratigraphic classification and established isochronal regional stratigraphic framework of Changxing Formation in Jiannan area. The reservoir seismic corresponding features were determined by exquisite calibrating bioclastic shoal reservoir in Changxing Formation. Therefore, seismic processing methods, such as multiple attribute analysis and amplitude inversion, were applied to attain more reliable reservoir prediction results, which indicated the distribution of vertical reservoir in SSQ2, the IV sequence order and the distribution of horizontal reservoir around Well J43 and JZ1 in the platform margin of the study area.