【摘要】 充分利用地震、地质、开发数据对地质建模过程多条件下约束,尤其在勘探开发早期可提高建模精度,减少随机建模的不确定性,提高不确定性分析评价效果,以更快更全面了解油藏并高效地设计开发方案。在综合国内外文献调研和实际开发早期区块多类数据综合分析基础上,应用随机建模技术在多条件数据约束下建立勘探开发早期海拉尔贝中南一段符合生产实际需要地质模型,利用模型计算出地质储量与容积法相对误差仅为0.98%,为油藏合理开发投产起到一定借鉴作用。更多还原

【Abstract】 With the sufficient application of the restriction of the seismic data,geological data and production data to geological modeling process,the accuracy of the geological modeling can be increased,especially at the early stage of exploration and development,decrease the uncertainty of stochastic modeling,and improve the effect of uncertainty analysis and evaluation in order to understand the reservoir more quickly and design the development plan more effectively and comprehensively.According to the documents published both at home and abroad and the comprehensive analysis of the practical data from the block at the early development stage,the geologic model of BCSI Member in Hailaer basin at the early development stage,which can meet the demands of practical operation,is built with the application of stochastic modeling technique under multi data restriction.This geological model is significant for reasonable development and production of oil reservoirs.更多还原