高含水期 的英文怎麼說
中文拼音 [gāohánshuǐqī]
高含水期
英文
high water-cut stage-
Research on fine reservoir characterization and residual oil distribution of complex fault block reservoir at later development phase
復雜斷塊油藏高含水期精細描述技術及剩餘油分佈規律A set of comprehensive adjustment and potential seeking technique is formed for underwater narrow sand body oil fields
逐步形成了一套水下窄小砂體油田中高含水期綜合調整挖潛技術。High water cut stage ; formation water resistivity ; spontaneous potential ; electrofiltration potential ; correction
高含水期地層水電阻率自然電位過濾電位校正After the development of more than 20 years, the gudao oil field south region has come to high water content late production stage. how to further improve oil field development level, and how to achieve stable and high producing ability is the main technique subject at present
孤島油田南區經歷20多年開發，目前已進入高含水後期開采，如何進一步提高油田開發水平，實現穩產高產是擺在目前的主要技術課題。Be aimed at the characters of fluvial layered pool, such as serious intrastratal and interlayer heterogeneity, small water flooding volume and low oil displacement efficiency in its high water - cut stage, the fine research work on reservoir heterogeneity model are carried out, and the research is done on the base of geological, logging, production testing materials and production date and with a center of the research of remaining oil. the west 7th block, gudong oilfield is in case. the forming mechanisms of remaining oil and its distributing feature in this area are revealed
本文針對我國陸相沉積層狀油藏層內及層間儲層非均質性嚴重、高含水期水驅波及體積小、驅油效率低等特點，以剩餘油研究為中心，藉助于數學地質統計及聚類分析等方法，綜合利用孤東七區西的地質、測井、生產測試資料和生產動態信息等，深入開展了儲層非均質模型的精細研究，揭示了在不同規模非均質模型上剩餘油的形成機理和分佈特徵。Research on sidetricking horizontal well in high water - bearing stage in pucheng oilfield
濮城油田中高滲斷塊油藏高含水期開窗側鉆水平井挖潛研究Determination of formation water resistivity during the high water - cut stage
高含水期地層水電阻率求取方法The fluid properties and strata pressure have obviousely changed during the high water cut stage, which exert unfavorable influence on determining formation water resistivity based on spontaneous potential curves. from the analysis of the mechanism for forming
針對油田高含水期地層流體性質和地層壓力的變化給應用自然電位曲線求取地層水電阻率產生不利影響的實際問題，從自然電位產生的機理出發，研究了應用自然電位曲線求取地層水電阻率的方法。In the anaphase of development, the water content ratio is high in the reservoir, the microcosmic distributions among the formations are different. in order to get the situation of the remaining oil, the author applied fine numerical simulation methods to study every small layers about tuo28 down reservoir. because the characters about geology and liquid are different from past time, the change have been considered
為進一步搞清坨28斷塊下油組各單元特高含水開發後期剩餘油在層間、層內的微觀分佈，本文重點介紹了精細數值模擬方法對下油組各小層的研究，與以往數值模擬研究不同的是，本次研究充分考慮了坨28斷塊的地質特點和流體特徵隨時間的變化，結合不同開發階段，建立了不同的模型，從而使研究結果更接近地下油藏實際。With the development of oil fields, many old reservoirs in the east of china enter the high water - bearing development period. sustaining a high and stable production rate faces severe challenge. the key to preserve oil output in high water cut period is dependent upon the understanding degree to the properties of residual oil distribution. from 1980 ' s, while the study of the reservoir flow unit was proceeded alongside, it has been more widely utilized to characterize reservoir feature and remnant oil distribution. study of reservoir flow unit plays. both theoretically and practically. an important role in recognizing reservoir heterogeneity. performing a high - definition reservoir delineation and understanding the distribution of the remnant oil in the reservoir
隨著油田的不斷開發，我國東部許多老油田已進入高含水期開采階段，保持油氣產量的穩定面臨嚴竣的挑戰，而高含水油田穩產的關鍵取決于對剩餘油分佈的認識程度。八十年代以來，隨著對儲層流動單元研究的不斷深入，它越來越廣泛地被應到油藏描述和剩餘油研究中來，流動單元研究對于認識儲層的非均質性、提高油藏描述精度、搞清剩餘油分佈具有重要的理論意義和實際意義。The numerical simulation research of multi round profile control in the reservoir of high water
高含水期油藏多輪次調剖數值模擬研究The traditional way of sandstone correlation based on the geometrical similarity of well - logs which emphasizes " based on the cycle and correlating from larger to smaller " has shown its theoretical limits when explaining the correlating and the scale, geometry, continuity, connectivity of sandstones and the law of the reservoir property. it has been an urgent and difficult subject to find new theory and methods to solve the reservoir correlation and property prediction. it ' s a new way to correlate strata and found framework of reservoir through the process - response analysis in the base - level cycles
儲層骨架模型是建立儲層地質模型的前提和關鍵，建立在測井曲線相似性基礎上的傳統「旋迴控制，分級對比」原則在進行高含水期精細對比時表現出地層學理論依據不足，在解釋小層段的砂體對比方面，在解釋不同層位砂體規模、形態、砂體連續性、連通性和儲層物性的變化規律方面缺乏有力的理論支撐。Fine numerical simulation of the reservoir at high water cut period
高含水期油藏精細數值模擬研究Practice for improving the recovery during the super - high water cut in dongxin oil field
東辛油田特高含水期提高採收率的實踐Rock resistivity testing for water - flooded reservoir during high water - cut period and its application in weicheng oilfield
衛城油田高含水期水淹層巖電試驗與應用On the basis of integral study of core data, testing and geology in es3 of huzhuangji oilfield both before and afater water injection, the major factors inducing reservoir changes are analyzed in the area after water injection, a model is established for interpreting physical properties of the reservoir, by which the study of reservoir heterogeneity turns to dynamic development from static one, by which basis is laid down for precision study of remaining oil distribution at the high water - cut stage
在綜合研究胡狀集油田沙三段注水前後巖心、測試、地質等資料的基礎上，分析該區儲層注水后容易變化的主客觀因素，建立儲層物性解釋模型，使儲層的非均質研究由靜態向動態方向發展，為精細研究高含水期剩餘油分佈規律奠定基礎。Then, based on the research results of remaining oil distribution qualitatively analyzing, the well - point remaining oil explanation pattern, the inter - well remaining oil interpretation pattern and remaining oil potential quantitative analysis pattern are established. the results of research work above offer definite remaining oil tapping objectives, and the application in the west 7th block, gudong oilfield, obtains good exploiting effect and higher economic benefit
在此基礎上，分別利用油藏工程計算方法建立了井點剩餘油定量解釋模型、利用流線模型建立了井間剩餘油定量解釋模型、利用灰聚類分析方法建立了剩餘油潛力區定量評價模型，從而達到了特高含水期油田定量描述剩餘油分佈的目的。Its overall moisture content is 90. 28 %, and exploitation degree is 27. 96 %. 9 evaluation indexes of exploitation effect are raised according to them
針對此類進入高含水期油田的開發效果評價，提出9項開發效果評價指標。Now most oil fields have been high water - cut, so studing fluvial sandbody architecture can provide important academic evidence to realize the distribution of remained oil and hold peak or settled production, fn addition to, how to combine the facts of macroscopical and microcosmic, and how to combine the result of well network and fields outcrop. then instruct production and practice, which is the stress of this article
在目前大多數主力油田已進入高含水期的形勢下，研究河道砂內部建築結構，可以為了解剩餘油分佈規律，保持油田高產穩產，提供重要的理論依據。此外，如何將宏觀與微觀的因素結合起來，將密井網研究成果及野外露頭研究成果有機的結合起來，用於指導油田生產實踐，也是本次研究的重點之一。It should be meaningful and useful for the adjustment of water injection in oilfields at high water - cut stage of production
在宏觀油藏管理上，該方法對于指導高含水期開發階段油田的注水調整有一定的指導意義和實用價值。分享友人