稠油藏 的英文怎麼說

中文拼音 [chóuyóuzàng]
稠油藏 英文
high oil reservoir
  • 稠 : Ⅰ形容詞1. thick 2. （稠密） dense Ⅱ名詞（姓氏） a surname
  • 油 : Ⅰ名詞1 （脂肪; 油脂） oil; fat; grease 2 （姓氏） a surname Ⅱ動詞1 （用桐油、油漆等塗抹） apply t...
  • 藏 : storing placedepositorydeposit
  • 油藏 : oil pool
  1. Technical policy for horizontal well steam soak of viscous oil reseroirs in small fault blocks

    小斷塊稠油油藏水平井蒸汽吞吐開采技術策略研究
  2. The technical recoverable reserve of developed ultra heavy oil reservoir is obtained by using iterative method and mathematical model

    採用迭代法，通過數學推導，得到已開發超稠油油藏的技術可采儲量。
  3. This model provides theoretical basis for rational development of similar reservoirs and improved the calculation method of technical recoverable reserves of heavy oil reservoirs in liaohe oil province

    該模型為同類型油藏的合理開發提供理論依據，並完善了遼河油區稠油油藏技術可采儲量計算方法系列。
  4. The thickening may be synthetically aroused by many factors, because of the lower maturation of source rock at forepart, the rock tar is thicker, and then many other factors impel it, which include the hydrocarbon dissipation at the process of oil and gas migration, biodegradation and bathing oxidation induced by gravity induced centripetal flow recharged by meteoric water at the basin uplift period and etc

    稠油成藏則由多因素綜合作用造成，由於早期源巖成熟度較低，原油本身較稠，而油氣運移過程中輕質組分散失、生物降解和盆地抬升剝蝕階段大氣水下滲所導致的水洗氧化等作用則使其進一步稠化。
  5. Development and application of bas3d - blcok stability analysis software

    新莊特稠油藏蒸汽吞吐井動態特徵及水侵識別分析
  6. So it is hope to find gently - biodegradation - oil of pingdiquan formation at declination direction of slope. the paper also points out the next aspect of exploration. east - slope of jimusaer depression and the dropped side of jimusaer rupture are the next advantageous aspect of exploration

    指出吉木薩爾凹陷東斜坡及吉木薩爾斷裂下盤是下一步勘探的有利方向，降解瀝青（或稠油）與巖性共同形成封堵，對油氣富集起封堵作用，在斜坡下傾方向有望發現第二期的受生物降解程度弱的油藏。
  7. The structural elements of controlling reservoir forming in kenxi area are studied and estimated systematically, the vertical and plane evolution processes of sedimentary in kenxi area are set forth, time and space spread and its controlling factors of the hydrocarbon source rock and reservoir are analyzed, two types of hydrocarbon source rock ( es3, es4 ), two types of heavy oil, two periods of hydrocarbon generation, two periods of hydrocarbon drain, two stages of reservoir forming and five dynamic systems of reservoir forming are definite in kenxi area

    對墾西地區油氣成藏構造要素進行了綜合地研究評價，闡述了其沉積縱向及平面演化過程，分析了生油層、儲集層時空展布及其控制困素，識別出本區有沙四、沙三兩套油源層，兩種類型的稠油，有兩個生烴期、排烴期、成藏期，五個成藏動力系統。
  8. In order to well exploit the high - viscosity oil reservoirs, high - angle multilayer oil reservoirs, fractured oil reservoirs and thin - layer oil reservoirs, the oil reservoirs with gas cap and / or bottom water and the offshore oil and gas fields, the horizontal well techniques have been followed with interest by the people more and more

    因此對于稠油油氣藏、大傾角多層油氣藏、天然裂縫油氣藏、薄油層油氣藏、具有氣頂或者底水的油氣藏以及海上油氣田的開采，水平井技術越來越受到人們的關注。
  9. Displacement efficiency measurement method for heavy - oil reservoirs

    稠油油藏驅油效率的測定
  10. In liaohe rifted basin, du66 block is situated on the middle part in the western slope in the western depression, and is a typical thin - interbedded reservoir with heavy oil

    摘要杜66塊位於遼河斷陷盆地西部凹陷西斜坡中段，為一典型的薄互層狀普通稠油油藏。
  11. Associated with the study of lighter hydrocarbon constituent, carbon isotope, biomarker and inclusions, adopted the technique of oil source correlation on whole oil samples, it can be confirmed that the hydrocarbon source of viscous crude in permian, in the east slope of jimusaer depression, is pingdiquan formation mudstone ; carboniferous oil comes from carboniferous source rock. meanwhile, the causes of oil formation are investigated based on datum of reservior geochemistry : viscous crude of permian is the result of biodegradation and low maturity working together, and that lighter hydrocarbon constituent of carboniferous oil is missing. at last, the mode and mechanism of the oil pool formation are analysed in the study area according to the structure phylogeny, sedimentary history, and data of reservior geochemistry

    本論文根據輕烴、碳同位素、生物標志化合物等資料，運用全烴地球化學油源對比方法進行油源對比，得出吉木薩爾凹陷東斜坡區二疊系的稠油來自平地泉組泥巖，石炭系的稀油來自石炭系本身源巖；同時，根據地化資料研究了原油的成因，認為二疊系稠油是生物降解和成熟度較低共同作用的結果，石炭系的稀油存在輕組分散失現象；最後，綜合構造、沉積、烴源巖和油藏地球化學資料，分析了吉木薩爾凹陷原油的成藏機制和模式。
  12. This article is mainly aim at tuo28 down reservoir of shengli oil field. through deeply analysis of geological character and its developing course. the important problems are found, first, flood pattern is not perfect, the reserivor is serious watered out in horizontal section, waterflood susceptibility is bad, the contradiction between oil and water in reservoir is serious, the interference between each producting formation is great, the crude oil is density, the reservoir have not enough energy, anisotropies is very serious. due to those facts, it is difficult to improve oil production by general technique

    本文通過對勝坨油田坨28下油組油藏地質特點及開發歷程的深入分析，找出目前存在的主要問題有：注采井網不完善，平面上水淹嚴重，注水效果差，油水矛盾突出，層間干擾嚴重，原油稠，油藏能量低，儲層非均質性強，致使常規彩油工藝開發難度大。
  13. Effected by many factors during huff and puff, the reservoir of edge water invasion and complex small fault block, the producing wells which are located in the neighborhood of the fault trace and oil - water contact, are quite difficult for development

    摘要由於在蒸汽吞吐開發過程中要受到多種因素的影響，而且生產井處于斷層和油水邊界附近，所以層間水復雜小斷塊稠油油藏的開發難度較大。
  14. Specification requirement for dynamic monitoring heavy oil reservoir development by steam injection

    稠油油藏注蒸汽開發動態監測錄取資料的內容及要求
  15. The heavy oil reservoirs of lukeqin structure belt are in distribution areas of pre - jurassic heavy oil reservoirs which is discovered in the turpan - hami basin

    摘要魯克沁構造帶稠油藏屬于吐哈盆地前侏羅系稠油分佈區。
  16. The cold heavy oil production ( chop ) technology can be applied to form in - situ high permeable channels by mass sand inflow and allow the heavy oil to be produced by means of foam - oil effects

    而稠油出砂冷采技術通過大量出砂形成高滲流通道，並藉助于泡沫油的作用等機理來開采稠油油藏，可以較好地解決熱采中遇到的問題。
  17. The methods suggested herein have been proved successfully by actual examples, and could offer perfect refence for the development and analysis of the same kind of reservoirs

    實際的開采井動態分析證明了該判斷方法的可行性，對類似的水侵特稠油藏的生產動態分析有借鑒作用。
  18. Nowadays, the domestic heavy oil reservoirs are mainly exploited by steam injection process, but serious challenges come from sand problem, steam breakthrough and high production cost

    目前，我國稠油油藏主要採取注蒸汽等熱采方式，但普遍面臨著油層出砂、氣竄和採油成本高的嚴峻挑戰。
  19. The 1owing material balance method, a new method for reservoir engineering dynamic analysis, is presented and applied to the well test analysis of heavy oil steam stimulation, calculating the heating radius and formation contaminant factor in this paper

    摘要介紹了一種新的油藏工程動態分析方法流動物質平衡方法，並將該方法應用於稠油蒸汽吞吐試井分析，計算出加熱半徑和地層污染系數。
  20. According to the theory of developing viscous crude with screw pump and combined with the reservoir characteristic and oil property, fault block 70 is developed reasonably and effectively through a series of corollary technique including chemical pre - processing in the formation, viscosity decrease in the well bore, down - hole anchoring of screw pump, optimized design of screw pump, reasonable determination of the turning rate of screw pump, frequency alternating control, heat exchange and viscosity decrease in well head, monitoring of screw pump

    依據螺桿泵開采重油的理論，結合澤70斷塊稠油油藏的特點和原油物性，通過實施地層化學預處理、井筒降粘、螺桿泵井下錨定、螺桿泵優化設計、螺桿泵合理轉速的確定、變頻控制、井口換熱降粘、螺桿泵監測等一系列螺桿泵配套工藝技術，使澤70斷塊得以合理有效的開發。
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