fracturing technology 中文意思是什麼

fracturing technology 解釋
壓裂工藝
  • fracturing : 斷裂酌
  • technology : n. 1. 技術,工程,工藝。2. 製造學,工藝學。3. 術語(匯編)。
  1. Study and application of liquid powder high energy gas fracturing technology in horizontal well

    水平井液體藥高能氣體壓裂技術試驗應用研究
  2. During the fracturing of the production intervals, log data are used to calculate continuous formation stress profile parameters near oil layer, formation stress profile analysis is applied to determine fracturing execution scale and technology, fracturing software, gohfer2000, is used to adjust execution parameters, which can optimize fracture geometry of target formation, and ensure high fracturing and stimulation efficiency

    在油層壓裂過程中,應用測井資料計算油層附近地層連續的應力剖面參數;用地應力剖面分析,確定壓裂施工規模及施工工藝;用gohfer2000壓裂軟體調整施工參數,能夠優化壓裂目的層裂縫幾何型態,保證壓裂增產效果。
  3. It is stated systematically in the thesis the method ' s theories and measuring principle of all kinds of geostress determination technology. in particular the four methods recommended in 1987 by the committee of test method of the international society of rock mechanics, i. e. two over - coring methods of strain relief in boreholes, hydraulic fracturing method and stress furbish measurement which measures the surface stress

    本文較為系統地、全面地介紹了當前國內外通用的各種地應力測量方法的理論、測量原理;特別就國際巖石力學學會試驗方法委員會於1987年推薦的4種地應力測定方法(鉆孔孔徑變形測量法、鉆孔孔壁應變測量法、水壓致裂法以及測量巖體表面應力的應力恢復測量法)作了較為詳細的敘述。
  4. The hydraulic fracturing technology has been developed into a reliable and practical method to determine the in - situ stress slate of underground caverns, self - bearing capability of wall rock of high - pressure cavern and the high - pressure hydraulic permeability of rock mass, which has been widely used in the disposal of nuclear waste, the long and deeply - buried communication tunnels and the high - pressure caverns of hydraulic power plant

    摘要水壓致裂技術現已發展成為確定地下洞室二維原地應力狀態、高壓洞室圍巖的自身承載能力以及巖體高壓透水性的可靠實用方法,並已經在核廢料處置、長大深埋交通隧道以及水電站高壓力洞室工程中得到廣泛應用。
  5. Aiming at some reservoir characteristics of low porosity, extra - low permeability, low oil saturation, and low productivity as well as shallow depth in changxi area of ansai oilfield, through a large number of laboratory experiments and field tests, some suitable fracturing technology and operation parameters have been optimized, including low temperature fracturing fluids., propping fracture radius 、 pre - liquid and sand - fluid ratio

    摘要針對安塞油田長西區低孔隙度、特低滲透率、低含油飽和度和淺層低產的油藏特性,通過大量室內、現場試驗研究,優選出適合的壓裂施工參數,包括低溫壓裂液、裂縫支撐半徑、前置液和砂液比。
  6. Probing and practice of acid fracturing technology used for qianmiqiao buried hill condensate reservoirs in dagang

    千米橋潛山構造深井鉆井技術
  7. Based on estimating the type of filtration by constructed g and fraction, and determining the fracture closed point, the parameters such as the geometry of fracture, the leak - off coefficient can be calculated, and furthermore it can direct the acid fracturing design and improve the acid fracturing technology

    通過構造g函數、函數可判斷儲層的濾失特性,確定裂縫閉合點從而得到裂縫的幾何尺寸以及濾失系數等參數,進而指導酸壓的施工設計和完善酸壓工藝。
  8. The leak - off mechanism in the course of acid fracturing is analyzed, the various common methods controlling acidizing fluid leak elf are put forward from such two aspects as acidizing fluid system and acid fracturing technology, acidizing fluid leak - off has considerable influrnec on the results of acid fracturing design, the acidizing fluid flotation model is still an important composite pact in acid fracturing design, hut the model of accurately calculating aciding fluid leak off is still in the midst of uninterrupted perfection, usually the ordinary model of fracturing fluid is used in the acid fracturing design, the domestic and overseas sell data steely about the model of calculating aciding fluid leak - off is introduced

    摘要分析了酸壓過程中酸液的濾失機理,從酸液體系和酸壓工藝兩個方面提出了各種常用的控制酸液濾失的方法;酸液濾失對酸壓設計結果影響較大,酸液濾失模型是酸壓設計中的重要組成部分,但準確的計算酸液濾失的模型仍在不斷的完善之中,通常仍將一般的壓裂液濾失模型用於酸壓設計,介紹了國內外學者關于酸液濾失模型的研究。
  9. Principle and field application of high - pressure aerosol acid fracturing stimulation technology

    高壓氣溶膠酸壓增產技術原理及現場應用
  10. Application of carbon dioxide foam fracturing technology in low - permeability and low - pressure gas reservoir

    二氧化碳泡沫壓裂技術在低滲透低壓氣藏中的應用
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