Author(s)

Hongyan Jiao^*, Zhiying Ding

College of Petroleum Engineering, China University of Petroleum, Qingdao, China.

Currently in Niu-zhuang sub-sag, the seismic reflection amplitude of the newly discovered turbidite sandstone is stronger in the third Segment. The main reason is that Calcareous components accounts for a large part and physical properties is relatively poor, which results in no corresponding relation between reservoir and seismic attributes, and effective reservoir is difficult to predict and describe. Therefore, using the method of geological statistics, we firstly study the distribution of calcareous matters, secondly study the contribution to seismic reflection amplitude made by Calcareous high impedance component; thirdly analyze its influence on actual seismic reflection amplitude and determine the lithology thickness of Calcareous via replacement forward modeling. At last, we characterize the reservoir using the amplitude of calcareous matters. It proves that the method of seismic-geological comprehensive prediction is reliable. It has good guidance for exploration and development of the calcareous sand lithologic reservoir in similar areas.

Calcareous Sand-Stone, Geostatistical, Reflection Amplitude, Calcareous Forward Modeling, Reservoir Prediction

Jiao, H. and Ding, Z. (2016) The Seismic-Geological Comprehensive Prediction Method of the Low Permeability Calcareous Sandstone Reservoir. Open Journal of Geology, 6, 757-762. doi: 10.4236/ojg.2016.68058.