巴西Santos盆地盐下地震地质力学整合

T. Meneguim, R. Velloso, A. Tartarini, Thiago Yamamoto, L. Queiroz, M. Almeida
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引用次数: 1

摘要

据估计,碳酸盐岩储层占世界石油储量的60%以上,天然气储量的40%以上[1]。巴西Santos盆地碳酸盐岩储层位于距里约热内卢市东部约300 km的超深水层(约2200 m)内,储层深度约5000 m,在孔隙度、渗透率和力学性能方面均表现出较高的非均质性。地震-地质力学整合研究的目的是开发方法和预测结果,当使用地震来改进地质力学建模时,降低与海底下沉和断层/裂缝重新激活相关的风险,这些风险是由于该地区整个生产周期的油藏生产造成的。这项工作的主要结果之一是估计变形性的机械性能:
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Seismic Geomechanical Integration in the Brazilian Pre-Salt, Santos Basin
It is estimated that carbonate reservoirs contains more than 60% of the oil reserves and 40% of the gas reserves in the world [1]. The carbonate reservoirs of the brazilian offshore pre-salt layer, Santos Basin, are deep reservoirs (~ 5000 m) located in ultra-deep water column (~ 2200 m) in a large distance (~ 300 km) east from Rio de Janeiro city and exhibit high heterogeneity in terms of porosity, permeability and mechanical properties. The research on seismic - geomechanical integration aims to develop methodology and anticipate the results when using seismic to improve geomechanical modeling and mitigate risks associated with : subsidence of the seabed and faults/fractures reactivation as a result of the reservoir production throughout the productive life of the area. One of the main results of this work was estimate the mechanical properties of deformability:
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