试油

shì yóu
  • Oil testing;formation testing
试油试油
试油[shì yóu]
  1. 对照试油数据,验证了该方法的应用效果。

    The efficacy of this method has been proved by comparing with formation testing data .

  2. 其结果与试油成果一致,证明该方法是切实可行的。

    The result conforms to that of formation testing and proves the feasibility of this method .

  3. 半潜式平台ESP试油新工艺与测试方法

    New Technology and Method of Well Test with Electric Submersible Pump on Semi-Submersible Platform

  4. 用试油测压资料确定油井综合IPR曲线

    Determination of Integral IPR Curve by Using Formation Test and Pressure Detection Data

  5. 试油的红外差示光谱研究表明,Ti(Ⅳ)DDP中的POC吸收在高负荷下明显减弱。

    Differential FTIR spectroscopy of tested oils indicates that the characteristic absorption of P-O-C group from Ti (ⅳ) DDP becomes weaker under higher load .

  6. 新疆试油公司生产管理信息化的另一关键技术是试油生产信息管理系统的体系架构及相关的组件、Web等软件开发技术。

    The second key technique is the development of the production information management system , the choice of its system architecture , and its related software development technology , such as groupware and web , etc.

  7. APR测试工具在含硫气井完井试油中的应用

    Application of Test Tool APR in Completing Test of Wells with Sulfurous Gas

  8. 汽油机油(SE和SF级)用国产轿车在低中速和长换油期的行驶条件下进行行车试验,考察试油生成低温沉积物的倾向、合理的换油期以及对车辆的适应性。

    The field tests of gasoline engine oils ( SE and SF grades ) were conducted under conditions of mid low speed and long drain period .

  9. 以×油田19个储层为例对流出动态模型进行了检验,并应用所建立的产能预测模型对A油田B井协调产能进行了预测,以试油资料对结果进行了验证,效果较好。

    The verified result of 19 reservoirs in × oilfield calculated with outflow performance model is better , and the production forecast of B oil well in A oil field with production prediction model in this paper is also ideal .

  10. 在川渝地区高含H2S气井的试油工作中,主要采用了四种射孔-测试联作管柱。

    In Sichuan and Chongqing region , there are mainly 4 types of string configuration in production test for wells with high H2S content .

  11. 对于油气水关系复杂的油(气)藏,通过MDT测压及取样,可以准确选择试油层位,加快勘探进程;

    With MDT pressure measurements and samples , oil-testing beds may be accurately selected in the complex reservoirs , so quickening the exploration progress .

  12. 大张坨地下储气库库1井试油,MHS封隔器在斜井段分级箍时遇阻坐封。

    During the test of Ku1 well in Da Zhangtuo underground gas storage tank , MHS packer is blocked and set in stage collar of deviated section .

  13. SJY-18型试油井架优化设计

    Optimizing design of SJY-18 derrick

  14. 以吐哈油田LS1井为例,介绍了低渗透裂缝性泥砂岩层的试油技术。

    Taking well LS1 of Tuha oilfield as example , this paper presents oil testing technology of low permeability fractured shaly sandstone reservoir .

  15. 优化后的SJY-18型试油井架经过测试后完全达到设计要求,即强度与原井架相当,刚度及稳定性满足使用要求,经优化设计后的井架比原井架质量减轻20%。

    Test shows that not only does the optimized SJY-18 derrick entirely meet design requirements in strength , rigidity and stability , but it is 20 % lighter .

  16. 介绍了国产沙漠修井机采用自走式结构、降低移运高度和移运重量并满足4500m左右深井试油及大修要求的设计方案;

    The design scheme of home-made desert workover rig , which adopts self-propelled structure with lowered transport height and weight and can satisfy the requirement of servicing on deep oil wells , is introduced ;

  17. 对赵61井各层测试资料分析,认为对该地区ES2+3储层试油,可采用一开一关工作制度。

    The result of test interpretation of every layer in Zhao 61 well is that the production test of ES2 + 3 in this region should take the working system of first producing and then shutting down .

  18. 本文以秘鲁1-AB区块SAN-JACINTO油田为例,利用试油试采的动态资料对测井解释的渗透率进行校正,从而能够真实地反映出原始地层的渗流特点。

    This article takes SANJ-JACINTO oil field of 1-AB block in Peru for example , through adjusting the permeability of log interpretation using the dynamic document of well testing , to reflect the true vadose feature in initial formation .

  19. E32地区储层岩性识别困难,岩性不纯,多为泥灰岩或藻灰岩储层,单纯的利用岩心观察,试油资料,物性资料及常规测井资料来判断地层岩性是非常困难的。

    The lithology of the Gasi reservoir is difficult to identify . Most lithology is muddy limestone or algal limestone . It is very difficult to decide the formation lithology just using core observation , oil production testing data , physical property data and conventional logging data .

  20. 试油试采测试中井下压力/温度传感器的标校分析

    A Demarcate Analysis of the Oil Reservoir Pressure / Temperature Sensor

  21. 亚临界蒸汽在稠油探井试油中的应用

    Application of Sub-critical Steam in Production Test in Viscous Exploration Well

  22. 低渗透裂缝性泥砂岩储层试油技术

    Oli Production Testing Technology of Low Permeability Fractured Shaly Sandstone Reservoir

  23. 深层气井试油压裂技术研究与应用

    Research and Application of Oil Testing Fracturing of Deep Gas Wells

  24. 低渗油气藏试油气配套技术

    Composite Technique for Oil and Natural Gas Testing in Low Permeability Reservoir

  25. 射流泵试油工艺在也门马遂拉油田的应用

    Application of jet pump testing system in MASILLA oil field of Yemen

  26. 识别结果与试油结论相符。

    The identifying results agree with the test oil conclusion .

  27. 文中用动态分析的方法对试油成果进行了系统的分析,指出曙光低潜山带储层具有统一的压力及温度系统,地层压力系数较高;

    Using dynamic analysis method , the producing test result is analysised .

  28. 油井稳定产能与试油产能关系

    Relationship between stable oil well productivity and producing test productivity

  29. 经试油验证,符合率达100%。

    The coincidence rate of 100 % is verified through production test .

  30. 试油套卡处理方案初探

    Discussion on casing sticking processing schemes in the process of well testing