【摘要】：對于有強邊底水能量的油藏來說,油水關(guān)系復雜,一般情況下不具有統(tǒng)一油水界面,邊底水的竄進將嚴重影響油井的產(chǎn)能以及生產(chǎn)的穩(wěn)定性。油井開發(fā)初期,通過有限的鉆井等資料全面認識油藏有一定的困難,而準確獲得該類油藏的儲層參數(shù)、水體體積、水侵指數(shù)及水侵量是合理開發(fā)此類油藏的關(guān)鍵�；贐lasingame現(xiàn)代產(chǎn)能遞減分析方法,利用擬穩(wěn)態(tài)水侵模型,推導油藏擬穩(wěn)態(tài)水侵情況下儲層參數(shù)評價方法,用于計算水侵量、水體體積、水侵指數(shù)、動態(tài)儲量以及各儲層參數(shù)。該方法首先將油井生產(chǎn)階段劃分為未水侵期、水侵初期及水侵中后期,然后通過未水侵期油井生產(chǎn)動態(tài)數(shù)據(jù)擬合Blasingame典型曲線進行動態(tài)儲量、儲層參數(shù)等評價,通過水侵初期油井生產(chǎn)動態(tài)數(shù)據(jù)擬合進行水體體積、水侵量和水侵指數(shù)的定量評價。對比數(shù)值模擬概念模型生產(chǎn)動態(tài)數(shù)據(jù)和運用所建方法擬合求解結(jié)果可知,動態(tài)儲量誤差為-3.31%,滲透率誤差為2.60%,水體體積誤差為-2.5%,新建方法擬合結(jié)果誤差在可以接受的范圍內(nèi),不會對開發(fā)方式的制定造成嚴重影響。
[Abstract]:For reservoirs with strong edge and bottom water energy, the relationship between oil and water is complex, and generally there is no unified oil-water interface. The breakthrough of edge and bottom water will seriously affect the productivity and production stability of oil wells. In the early stage of oil well development, it is difficult to fully understand the reservoir through limited drilling data, but the key to reasonable development of this kind of reservoir is to accurately obtain the reservoir parameters, water body volume, water invasion index and water invasion rate. Based on the modern productivity decline analysis method of Blasingame, the evaluation method of reservoir parameters under quasi-steady water invasion is derived by using quasi-steady water invasion model, which can be used to calculate water invasion, water volume, water invasion index, dynamic reserves and reservoir parameters. In this method, the production stage of oil well is divided into three stages: no water invasion period, water invasion stage and middle and late stage of water invasion. Then the typical Blasingame curve is fitted to evaluate the dynamic reserves, reservoir parameters and so on. The quantitative evaluation of water volume, water invasion volume and water invasion index was carried out by fitting the production performance data of oil wells in the early stage of water invasion. Comparing with the production dynamic data of the numerical simulation conceptual model and fitting the solution with the established method, it can be seen that the dynamic reserve error is -3.31, the permeability error is 2.60, the water volume error is -2.5, and the error of the new method is acceptable. Will not have a serious impact on the development of the development approach.
【作者單位】： 中國地質(zhì)大學(北京)能源學院;中國石油勘探開發(fā)研究院油氣田開發(fā)所;
【基金】：國家科技重大專項“超高壓有水氣藏高效開發(fā)技術(shù)”(2016ZX05015-002)和“稠油、碳酸鹽巖和致密油藏開發(fā)主體技術(shù)與應用潛力”(2016ZX05016-006)
【分類號】：TE34

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