L17斷塊油藏開發(fā)規(guī)律及剩余油分布研究
[Abstract]:There are many complex fault block reservoirs in China. Compared with conventional reservoirs, it is difficult to exploit because of the complexity of geological structure and oil-water relationship of complex fault blocks, so the geological characteristics and development characteristics of complex fault blocks are analyzed. Synthetically analyzing the influence of various factors on the development law of fault-block reservoir and studying the distribution characteristics of residual oil in complex fault-block are of great significance for improving the development effect of complex fault-block reservoir and enhancing the recovery factor of complex fault-block reservoir. Taking L17 fault block reservoir as the research object, the development law and remaining oil distribution of complex fault block reservoir are studied in this paper. In this paper, reservoir development law is mainly studied from two aspects: productivity decline law and water drive development law. Through statistical analysis of actual reservoir development data and modern reservoir engineering theory, the productivity characteristics of L17 fault block are analyzed. In this paper, the law of productivity decline is studied, the factors influencing productivity decline are systematically analyzed, and the effective ways to slow down productivity decline are put forward, the measures of increasing production of single well are analyzed and evaluated, and the water cut characteristics of L17 fault block are analyzed. By using empirical formula method, Tong type chart method, water drive characteristic curve method and production decline method, respectively, the recovery factor of L17 fault block is forecasted, and the water storage rate of L17 fault block reservoir is analyzed and studied. The water flooding development effect of L17 fault block is evaluated by water drive reserve control degree, water drive reserve production degree and so on. Based on the reservoir physical, sedimentary, structural and development characteristics of L17 fault block, the distribution pattern and controlling factors of residual oil in L17 fault block are qualitatively analyzed and studied. The residual oil distribution of L17 fault block is quantitatively evaluated and predicted by using the fuzzy comprehensive evaluation theory of residual oil distribution.
【學(xué)位授予單位】:燕山大學(xué)
【學(xué)位級別】:碩士
【學(xué)位授予年份】:2015
【分類號】:TE347
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