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随着软硬件技术、信息科学以及现代数学的飞速发展,石油地质学在进行分析、讨论和总结地质问题的研究过程中所应用的观察、描述、归纳的定性方法正开始逐步向定量化、可视化研究方向转变。基于胜利油区精细评价方法的攻关与研究成果以及勘探信息化建设所取得的丰硕成果,完成了成熟探区油气成藏过程定量模拟软件系统设计,旨在建立含油气盆地三维空间格架,为地质人员提供从地面到地下油气藏的图形化导航与可视化研究支持平台,通过对油气成藏过程中包括地史、热史、生烃史、排烃史、运聚史在内的各种影响因素进行历史的、动态的、定量的模拟,在综合分析模拟成果的基础上进一步完成勘探目标评价,从而更加科学地指导油田勘探工作。
With the rapid development of software and hardware technology, information science and modern mathematics, the qualitative methods of observation, description and induction used by petroleum geology in the process of analyzing, discussing and summarizing geological problems are beginning to be gradually quantified and visualized Research direction change. Based on the research results of the Shengli oilfield fine evaluation method and the rich achievements of the exploration informationization construction, the software system of the quantitative simulation software for the hydrocarbon accumulation process in the mature exploration area has been completed. The aim is to establish the three-dimensional space frame of the hydrocarbon- Geological staff to provide ground-based oil and gas reservoir from the ground graphical navigation and visualization research support platform, through the process of hydrocarbon accumulation, including geology, thermal history, hydrocarbon generation history, hydrocarbon expulsion history, Factors of historical, dynamic, quantitative simulation, based on the comprehensive analysis of the results of the simulation based on further exploration of the target evaluation, so as to more scientific guidance oil field exploration.