胜利油田

  • 网络Shengli Oilfield;Shengli oil field;Shengli Oil-field
胜利油田胜利油田
  1. 胜利油田IP企业网管系统的实现

    Implementation of administration system of IP networks for Shengli oil field

  2. 抗寒剂CR-4在山东胜利油田东安农场水稻上的应用效果

    The application effects of the COLD-RESISTER CR-4 in rice culture in Dongan farm of shang-dong Shengli Oil Field

  3. 胜利油田火山岩类、盆地演化及其CO2-Au成藏成矿效应

    Volcanic rocks , basin evolution and related co_2-au mineralization in Shengli oilfield , China

  4. PE输气管道水平定向钻穿越在胜利油田的应用

    Application of Horizontally Directional Drilling to PE Gas Transmission Pipeline Crossing in Shengli Oilfield

  5. 胜利油田富CO2含金流体及有关成因问题

    Auriferous CO _ 2 - rich Fluids in Shengli Oilfield . Shandong Province and Their Origin

  6. 胜利油田老油区CO2提高原油采收率及其地质埋存潜力评估

    Assessment of CO_2 EOR and its geo-storage potential in mature oil reservoirs , Shengli Oilfield , China

  7. 最后以研究结果为基础实现了一套WEBService适应层系统,有效地应用于胜利油田业务流程管理建设中。

    The end , the findings as the basis for a set of Web Service Adaptation Layer system , and effectively applied to business process management Shengli oilfield construction .

  8. 采用GPRS技术,建设胜利油田远程抄表系统

    To Build the System of Remote Metering with GPRS technology in Shengli Oil Field

  9. 上世纪60年代中期,大庆油田和胜利油田相继开展了CO2驱的室内实验和小规模的矿场试验。

    In the middle of 1960s , Daqing and Shengli oilfield developed the laboratory experiment and lease test .

  10. SST有线随钻测斜仪在胜利油田超深钻井中应用

    Application of Cabled Inclinometer SST while Drilling in Extra-Deep Wells in Shengli Oilfield

  11. 胜利油田物资总库仓储管理系统(SLOFZK)是一个Web应用系统,主要担负物资总库的生产管理和库存管理的职能。

    The system SLOF_ZK is a Web application , mainly serving the purpose of managing production and storage .

  12. PDC钻头在胜利油田桩西地区的成功应用,大大地提高了该地区的机械钻速。

    The drilling speed in Zhuangxi oilfield is raised significantly by using PDC bit .

  13. 胜利油田YA地区三维地震资料AVO处理

    Using AVO technology to process 3 D seismic data from YA area of Shengli Oilfield

  14. 胜利油田职工文化艺术培训中心办公楼为坚固的框架结构,平面呈U形,其周围环境复杂。

    The Employee Culture Training Center office building in Shengli Oilfield has a strong frame structure and complex surroundings and is of U-shape in plane .

  15. 本研究为理解胜利油田火山岩浆演化过程及CO2气藏形成的岩浆去气机制提供了信息和证据。

    This study has contributed to a better understanding of the evolution of magma and the magma-degassing mechanism of the formation of CO2 gas pools in the Shengli Oilfield .

  16. 氡(Rn)射气测量在胜利油田隐伏断裂研究中的应用

    The application of gas radon measuring in the research of buried faults in Shengli oil field

  17. 本章通过介绍企业管理信息化的基本内容并通过胜利油田ERP项目实例总结了我国企业管理信息化建设的现状,分析了存在的主要问题。

    On the other hand the paper analysis the actuality and the problem of China 's enterprise management informatization by introducing the instance of ERP item that author himself had taken part in .

  18. 为提高供水水质,节约反冲洗用水量,胜利油田供水公司辛安水厂将虹吸滤池改造为气水反冲洗V型滤池。

    In order to improve drinking water quality and minimize water consumption during backwashing , the siphon filter was modified to V-shape air-water backwashing filter in Xin ' an Waterworks of Water Supply Corporation in Shengli Oil Field .

  19. 针对胜利油田多夹层地层特点进行了PDC钻头的优化设计,突破了PDC钻头单一切削元件模式。

    A new PDC bit design is presented to optimize its performance in the multi-interbeded formation , by modifying the pattern of cutting elements on conventional PDC bit .

  20. 本文根据对胜利油田孤岛污水处理站处理工艺的运行效果,特别是生化段的处理效果的监测,并结合实验室模拟实验,论证了WS一3混合菌对原油和COD的降解作用。

    Based on the in situ monitoring and laboratory simulation experiment , degradation of a mixture of three strains of bacterium ( WS-3 ) on oil and COD were evaluated .

  21. 通过研究,确定胜利油田单立柱平台水下不分散混凝土(NDC)最佳配合比;

    The optimized mix ratio of NDC of single-leg platform in shengli oil field is determined by experimental study .

  22. 采用模式含硫有机物二苯并噻吩(DBT)为唯一硫源的选择性培养基,从大港油田和胜利油田的含油土样中分离筛选到42株脱硫微生物菌株。

    42 strains were isolated from polluting soils of Dagang oil-field and Shengli oil-field by using dibenzothiophene ( DBT ) - selective enrichment culture techniques .

  23. 在胜利油田隐蔽油藏储层预测中,利用这些地震地质预测技术获得了良好效果,年增探明储量1×108t。

    Satisfied effect has been achieved by using above techniques series in subtle reservoir prediction in Shengli oil field .

  24. 结合胜利油田实际情况,分析了存续公司的内外经营环境,并进一步采用SWOT战略分析法,研究了存续公司目前应采取的战略组合。

    The interior and exterior operating environment of the Remained Companies are analyzed according to the situation of Shengli Oilfield , and the tactic combination that should be implemented by the Remained Companies is researched adopting the SWOT tactic analytical method .

  25. 胜利油田营543区块现场试验效果对比表明,VES-SL压裂液的性能明显优于HPG压裂液,取得了良好的增油效果。

    The field tests in Block Ying-543 in Shengli Oilfield reveal that the property of VES-SL system is better than that of HPG fracturing fluid .

  26. 介绍了当今流行的VPN技术,并分析了胜利油田网络现状和发展需求,论述了胜利油田VPN建设方案,介绍了安全性的设计,对大型企业建立自己的VPN网络具有一定的参考价值。

    This article introduces popular VPN technology , analyzes the present network situation and developing demand of Shengli Oil Filed , describes VPN constructive program of Shengli Oil Filed and the design of security . It will be valuable for large enterprises to build their VPN .

  27. 本论文的研究结论对胜利油田轻烃回收利用决策有一定的参考价值。长庆油田轻烃回收项目是这种背景下EPC管理方式应用的典型代表之一。

    The conduction of this article is of a great value to light oil 's recovering and using decision in Shengli Petroleum Administration Bureau . The question is how to apply the advantage of EPC to improve the efficiency of this kind of project .

  28. 由洛阳石油化工工程公司工程研究院开发的LDS-S1催化裂化汽油降硫助剂在中国石化胜利油田有限公司石油化工总厂得到了成功应用。

    LDS-S1 sulfur reduction additive developed by Research Institute of Petrochemical Engineering Technology of LPEC has been successfully applied in Petrochemical Factory of Shengli Oilfield Company Ltd.

  29. 八十年代兴起的亮点技术及AVO技术在油气检测方面具有十分重要的作用,墨西哥湾及我国四川川东、胜利油田等地区许多气田的发现主要依靠该技术。

    Bright spot technique and AVO technique , rising in the eighties of the 20th century , have an important role in hydrocarbon detection . Many gas pools in the Gulf of Mexico and Sichuan and Shengli oil fields in China are discovered by using these techniques .

  30. 介绍了PCM管道电流测绘系统在胜利油田埋地管道检测中的应用,给出了IdB-X分段图和Rg-X电阻曲线,系统地评价了埋地管道的外防腐蚀层质量状况。

    The application of PCM piping electric current testing system for the testing the buried pipeline of Shengli Oil Field is introduced , . The Idb-X segmental diagram and Rg-X electric resistance curve are given and the quality of external corrosion protection of the buried pipelines are systematically evaluated .