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腰英台油田

腰英台油田的相关文献在2005年到2018年内共计58篇,主要集中在石油、天然气工业、环境污染及其防治、废物处理与综合利用 等领域,其中期刊论文56篇、会议论文2篇、专利文献203731篇;相关期刊36种,包括中小企业管理与科技、石油地质与工程、内蒙古石油化工等; 相关会议2种,包括第四届全国特种油气藏技术研讨会、2008年全国博士生学术论坛——地球系统科学与可持续发展等;腰英台油田的相关文献由110位作者贡献,包括吴壮坤、敖立敏、孙云龙等。

腰英台油田—发文量

期刊论文>

论文:56 占比:0.03%

会议论文>

论文:2 占比:0.00%

专利文献>

论文:203731 占比:99.97%

总计:203789篇

腰英台油田—发文趋势图

腰英台油田

-研究学者

  • 吴壮坤
  • 敖立敏
  • 孙云龙
  • 张奉东
  • 付亦升
  • 巨银娟
  • 张小莉
  • 张锋
  • 张龙胜
  • 杨懿
  • 期刊论文
  • 会议论文
  • 专利文献

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    • 孙云龙
    • 摘要: 本文通过岩石薄片、岩心的鉴定分析资料与测井资料,剖析探究了腰英台油田储层的基本特征,以及对其影响因素进行了简要的分析研究.
    • 陈杏霞
    • 摘要: 根据腰英台油田油藏勘探实际,针对三角洲前缘相带砂泥岩薄互层的情况,在高分辨率层序地层研究的基础上,对腰英台油田油藏类型和成藏主控因素进行了精细剖析.腰英台油田主要有断层—岩性油藏、断鼻油藏、岩性油藏等类型,总结出“相带控储”、“断裂控藏”的成藏主控因素.
    • 葛熙
    • 摘要: 通过岩芯构造缝的交切关系、流体包裹体均一温度测试、岩石声发射试验,并结合研究区的区域构造演化背景对裂缝的形成期次进行分析.
    • 武勇
    • 摘要: 腰西井区2006年投入开发,目前区块内共有油井124口,其中开井78口,产液量779.28m3/d,产油量74.01t/d,其中104口油井采用单管不加热密闭集输+三级布站流程,单井集输采用计量站计量,放射状管网;腰西新区20口油井采用枝状管网+两级布站流程,示功图计量,油井产液通过区块内集油支干线混输至腰西接转站,在站内经分气、增压、加热后最终外输至腰英台联合站处理.
    • 赵立翠
    • 摘要: 本文以腰英台油田水平井为研究对象,根据腰英台油田水平井所处区块构造、沉积、物性及井网特征,以注水调整为主要手段,对腰英台油田水平井进行分区分类综合治理,总结出了符合腰英台油田水平井自身特征的注采调整对策,对水平井稳产、增产起到了较大作用,保证了腰英台油田整体产量的稳定,同时也对其他低孔特低渗油藏的开发起到了一定的指导作用.
    • 刘华; 李相方; 李朋; 高云丛; 夏俊; 于鹏亮
    • 摘要: 腰英台油田为低孔特低渗透油藏,油井自然产能低,压裂后含水高,无效井和低效井比例大、采油速度低,地层压力下降快,采收率低,急需实施有效的提高采收率技术。CO2驱油作为三次采油的重要手段,能够显著提高特低渗油藏采收率。从腰英台油田地质模型入手,建立储层三维地质模型,利用数值模拟方法,对腰英台油田CO2驱油开发的关键参数进行优化。结果表明,合理的注入速度为40~50 t/d ,最佳注入量为0.8 HCPV ,最优生产井流压6~7 M Pa ,系统注入压力20 M Pa ,且在条件允许的情况下,可以停产2月注气恢复压力,同时注入半年后视生产情况补孔采油。
    • 邵立民
    • 摘要: 随着腰英台油田的不断开发,地面管线的腐蚀穿孔日益严重,每年穿孔维修费用达到数百万元.根据腰英台油田腐蚀特征,分别从注入水水质、注入方式、设备和管线材质等方面研究,综合分析腰英台油田高频次腐蚀穿孔的原因,找出腐蚀穿孔主要因为水质达标率低、管线老化、管线内CO2含量高等因素所致.针对以上问题采取了联合站设备检修,形成了加药制度、定期清洗及维护等措施,逐步优化注水系统流程,提高注水水质达标率;在管线性能方面有计划地更换管线并提高管材防腐蚀级别,来延缓沿程腐蚀穿孔问题.经过2 a改造和运行,集油管线穿孔次数降低了36.6%,掺水管线穿孔次数降低了73.8%,节约维修费近300×104 RMB¥,经济效益明显.
    • 王时林; 秦章晋
    • 摘要: Yaoyingtai Oilfield is located in the central depression of Shongliao Basin,and the reservoir of Upper Cretaceous in Qingshankou Formation in the 1∼301 blocks of Yaoyingtai Oilfield is fractured low-permeability reservoir and develop fracture quite. This paper carries out systematical research about fractures through core observation,slices analysis,the imaging logging data and carbon and oxygen isotope analysis. The study shows that the fracture developed in Qingshankou Formation of Yaoyingtai Oilfield,and the highest degree of development in Qingshankou Formation is II sand set in No.1 section of Qingshankou Formation. Other findings include that the length of fracture distributes between 5∼15 cm and the width distributes between 0.1 1mm and the average density is 0.41 strips per meter. Most of fractures are full filled and the majority of fillings is calcite with fracture dip between 75◦∼90◦,the orientation of fracture has mainly 4 groups which includes NWW(280◦), NNW(345◦),NNE(18◦),NEE(76◦). While the width of micro-fracture rests under 0.5 mm and filled or half-filled by calcite and organics. The main fracture properties is shear fractures and other part of fracture properties is tension fracture. The fractures has two develop stages,one is formed in the late tectonic movement of the nenjiang formation,and another is formed in the late tectonic movement of MingShui formation.%腰英台油田位于松辽盆地南部中央拗陷区,其中的1号区块∼301号区块的上白垩统青山口组砂岩为裂缝性低渗储集层,裂缝较为发育。通过对岩芯的系统观测、薄片裂缝观察、测井资料解释、碳氧同位素测试等手段对裂缝进行了系统研究,结果表明:腰英台油田青山口组裂缝发育,其中发育程度最高的为青山口组一段II砂组;裂缝长度的主要分布在5∼15 cm,宽度主要分布在0.1∼1.0 mm,密度平均0.41条/米,大部分裂缝都被全充填,充填物以方解石为主,裂缝倾角主要分布于75◦∼90◦,裂缝方位主要共有4组,分别是NWW(280◦)向、NNW(345◦)向、NNE(18◦)向和NEE(76◦)向;微裂缝以宽度小于0.5 mm为主,被方解石或者有机质充填或者半充填,裂缝性质以剪切缝为主,部分发育张性缝;裂缝发育期次主要分为两期,分别为嫩江末期和明水末期。
    • 王杰祥; 陈征; 靖伟; 陆国琛; 牛志伟
    • 摘要: 目前国内缺乏一种快速、准确预测CO2非混相驱油效果的方法,为了解决这一问题,选取剩余地层压力与混相压力之比、孔隙度、渗透率、油藏中深、地层平均有效厚度、地层温度、原油相对密度、含油饱和度、原油黏度、渗透率变异系数、注采比、注入速度和水气交替注入比等13个地质及工程参数作为输入参数,平均单井日增油量作为输出参数构建了预测CO2非混相驱效果的支持向量机预测模型。以国内6个CO2非混相驱项目和1个CO2混相驱项目为学习样本,2个CO2非混相驱项目和1个CO2混相驱项目为检测样本检测了支持向量机预测模型的准确度,结果表明,3个检测样本的预测值与实际值的平均相对误差为5.57%,满足工程要求。利用该模型预测了腰英台油田CO2非混相驱井组的增产效果,与实际增产效果相比,相对误差仅为1.30%。这表明,采用支持向量机方法对CO2非混相驱油效果进行预测可行且有效。%In order to predict the effect of CO2 immiscible flooding rapidly and accurately ,a prediction model based on support vector machine was established .It takes 13 geological and engineering parameters (i .e .the ratio of residual formation pressure and CO 2 miscibility pressure ,porosity ,permeability ,reservoir mid‐depth ,net pay ,formation temperature ,relative density of crude oil ,oil saturation ,oil viscosity ,coeffi‐cient of permeability variation ,injection‐production ratio ,injection rate ,and the ratio of water/gas alterna‐ting injection) as input parameters ,and the average daily oil increment per well as output parameter .with six CO2 immiscible flooding projects and 1 CO2 miscible flooding project as training samples ,and two CO2 immiscible flooding projects and one CO 2 miscible flooding project as testing samples in China ,the accuracy of the model was verified .The results showed that average relative error between predicted value and actual value of above 3 samples was 5.57% ,which met the engineering requirement .The model was applied to predict the effect of CO2 immiscible flooding in Yaoyingtai Oilfield ,indicating a relative error of only 1.30% in relation with the actual value .It suggested that the method based on support vector machine is feasible and effective to predict the effect of CO2 immiscible flooding .
    • 谢荣祥; 刘旭征; 董传瑞; 孙求实; 李轩
    • 摘要: Taking development of horizontal wells in Yaoyingtai oil field as an example, based on potential tapping ways, horizontal wells in Yaoyingtai oil field were divided into three types, including potential tapping of remaining oil, potential tapping of rolling extension and non-main layer producing. And deployment principle and development strategy of each type of horizontal wells was discussed and analyzed. Furthermore, an effective deployment and development program for the horizontal wells of Yaoyingtai oil field was put forward.%以腰英台油田水平井发开为例,从挖潜方向入手将腰英台油田水平井划分为剩余油挖潜、滚动扩边和非主力层动用三种类型,并分别对每种类型水平井的部署原则及开发对策进行深入的探讨和分析。试归纳并总结一套适合于腰英台油田自身的水平井开发部署方案,为老油田下步稳产及未来发展提出建议。
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