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超稠油     
相关语句
  super heavy oil
     CSL-1 is the most remarkable one for super heavy oil block with maximum mass fraction of 1‰~2‰.
     筛选出适合于超稠油区块的最佳降粘剂为CSL 1,降粘剂最佳质量分数为 1‰~ 2‰。
短句来源
     Application of Г model in prediction of super heavy oil production
     Г模型在超稠油产量预测中的应用
短句来源
     Application of 21MPa subcritical wet steam generator to super heavy oil production test.
     21MPa亚临界湿蒸汽发生器在超稠油试采中的应用
短句来源
     Analysis of influence factors of super heavy oil production decline in block Du84
     杜84断块超稠油产量递减率影响因素分析
短句来源
     Thickness Limit of Huff and Puff in Superheavy Oil Reservoir of 3 to 5m Thick
     3~5m特薄层超稠油油藏蒸汽吞吐厚度界限研究
短句来源
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  extra-heavy oil
     Design and Drilling Technology of Wells Du 84-Ping 28 for Thermal Production of Shallow Extra-Heavy Oil
     浅层超稠油热采杜84-平28井设计与实钻技术
短句来源
     1. According to field data, extra-heavy oil recovery through cyclic steam stimulation shows these features: cyclic oil production and oil-steam ratio changes like parabola; peak production appears in the third and fourth cycles;
     1.根据矿场实践资料分析,得出超稠油蒸汽吞吐开采规律为:周期产油量、油汽比呈抛物线型变化,第三、第四周期达到高峰期,周期生产时间短、产油量低、油汽比低是由超稠油的油藏地质特征及流体性质所决定的蒸汽吞吐的开采特征。
短句来源
     Study on rational threshold of cyclic steam stimulation with horizontal well in extra-heavy oil reservoir
     超稠油油藏水平井蒸汽吞吐开发合理界限研究
短句来源
     Xinglongtai reservoir of Shuguang oilfield is the largest extra-heavy oil field in China at present, structurally located in middle part of west slope in western sag of Liaohe depression, with proved oil-bearing area of 5.9 km2, proved OOIP of 57 220 000 t. Since commercial production from 1997, the oilfield has constructed a productivity scale of 1 200 000 t/a.
     曙光油田兴隆台油层是目前国内最大的超稠油油田,构造上位于辽河断陷西部凹陷西斜坡中段,目前探明含油面积5.9km~2,探明石油地质储量5722×10~4t,油田自1997年投入工业性开发以来,现已建成生产规模120×10~4t/a。
短句来源
     According to characteristics of the reservoir, some new technologies and methods have been successfully applied in the pilot test, such as reasonable optimization of steam injection parameters, dual-fracture technology, dense perforation technology and steam fracturing technology. These critical technologies and methods allow the production rate, the cumulative oil-steam ratio and ultimate recovery factor of the shallow-thin and extra-heavy oil by steam flooding process to reach 17.4%, 0.21 and 37.7%, respectively.
     针对油藏特点,优化注汽参数,采用双裂缝、密集射孔、蒸汽压裂等技术,确保矿场试验在关键技术上获得了成功,使浅薄层超稠油蒸汽驱采油速度、累计油汽比和最终采收率分别达到了17.4%、0.21和37.7%.
短句来源
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  super-heavy oil
     Study of Water-based Viscosity Reducer SHVR-01 for Super-heavy Oil
     超稠油水基降粘剂SHVR-01的研制
短句来源
     Study on super - heavy oil burning technique in processing station of block Du 32
     杜32断块集中处理站超稠油燃烧技术研究
短句来源
     Study on recovery features of deep super - heavy oil reservoir with bottom and edge water
     深层边底水超稠油油藏开采特征研究
短句来源
     Calculation of Wellbore Steam Parameters for Extra-and Super-Heavy Oil Wells
     特、超稠油井井筒蒸汽参数计算
短句来源
     Application of large hole technology in thermal recovery experiment on super-heavy oil reservoir
     大井眼井技术在超稠油油藏热采试验中的应用
短句来源
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  extra heavy oil
     A 67.5% viscosity reduction of the extra heavy oil has been obtained in the reaction carried out at 240 ℃ for 36h, while the material ratio (extra heavy oil to catalyst to water) is 100 to 0.04 to 8. The content of heavier fractions and sulfur decreases and the content of lighter fractions increases.
     结果表明:当m(超稠油)∶m(H4SiW12O40)∶m(H2O)=100.00∶0.04∶8.00,反应温度为240℃,反应时间为36h时,胜利油田超稠油的黏度可降低67.5%,轻烃组分增加,重烃组分减少,S的质量分数降低;
短句来源
     Compound perforation in deep extra heavy oil reservoir
     扩径延缝射孔技术在深层特超稠油油藏开发中的应用
短句来源
     High viscosity of crude oil and low water recovery rate are the major problems in the extra heavy oil reservoir exploitation in Shuguang Oilfiled.
     原油粘度高、回采水率低是制约曙光油田超稠油油藏开发的主要问题。
短句来源
     Strengthen Management, Improve the Developing Effectiveness of Super and Extra Heavy Oil
     强化管理提高特超稠油开发效果
短句来源
     Based on flow state and commercial developing potential of crude oil in the formation and analysises of 255 heavy oil samples from 17 heavy oil blocks of 5 oil fields, taking the viscosity of degassed crude under formation temperature as the main index, and the density of dead oil as the secondary index, heavy oils are classified into four types, such as conventional heavy oil, heavy oil, extra heavy oil and super heavy oil.
     以原油在油层中的流动状态及工业性开发潜力为出发点,根据辽河油区5个油田17个稠油区块255个稠油样品分析结果,采用地层温度下脱气原油粘度为主要指标,地面原油密度作为第二指标,将稠油分为常规稠油、重稠油、特稠油和超稠油四类。
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  extra-heavy oil
Extra-heavy oil in Venezuela, tar sands in Canada and shale oil in the United States, account for more than 80% of these resources.
      
  extra heavy oil
The world's two largest oil deposits are the heavy and extra heavy oil deposits of Venezuela and Canada.
      
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