【摘 要】
：
The sedimentary facies/microfacies,which can be correlated with well logs,determine reservoir quality and hydrocarbon productivity in carbonate rocks.The identification and evaluation of sedimentary facies/microfacies using well logs are very important in
【机 构】
：
Research Institute of Petroleum Exploration&Development,Beijing,100083,China;College of Geosciences,
论文部分内容阅读
The sedimentary facies/microfacies,which can be correlated with well logs,determine reservoir quality and hydrocarbon productivity in carbonate rocks.The identification and evaluation of sedimentary facies/microfacies using well logs are very important in order to effectively guide the exploration and development of oil and gas.Previous carbonate facies/microfacies identification methods based on conventional well log data often exist multiple solutions.This paper presents a new method of facies/microfacies identification based on core-conventional logs-electrical image log-geological model,and the method is applied in the fourth member of the Dengying Formation(Deng 4)in the Gaoshiti-Moxi area of the Sichuan Basin.Firstly,core data are used to calibrate different types of facies/microfacies,with the aim to systematically clarify the conventional and electrical image log responses for each type of facies/microfacies.Secondly,through the pair wise correlation analysis of conventional logs,GR,RT and CNL,are selected as sensitive curves to establish the microfacies discrimination criteria separately.Thirdly,five well logging response models and identification charts of facies/microfacies are established based on electrical image log.The sedimentary microfacies of 60 exploratory wells was analyzed indi-vidually through this method,and the microfacies maps of 4 layers of the Deng 4 Member were compiled,and the plane distribution of microfacies in the Gaoshiti-Moxi area of the Sichuan Basin was depicted.The comparative analysis of oil testing or production results of wells reveals three most favorable types of microfacies and they include algal psammitic shoal,algal agglutinate mound,and algal stromatolite mound,which provide a reliable technical support to the exploration,development and well deployment in the study area.
其他文献
关口蒸汽计量表是计量管理、生产调度管理、企业经营管理以及设备管理的基础.介绍了关口蒸汽测量系统的特殊性以及关口蒸汽测量系统的设计与选型要求,并阐述了关口计量表设计选型需满足流量测量准确度、范围度、可靠性、介质高温高压等的要求,计量检定要求以及大管径等要求.比较了涡街流量计和标准差压流量计在面对这些要求时的优势和局限性.
以设计和实现油田油水井生产数据分析功能为例,介绍了如何以Visual C#.net为开发平台,基于开源MySQL数据库、HighCharts图标组件、jQuery EasyUI框架等技术,充分利用现有系统的WebServer接口快速搭建基于B/S模式的Web应用程序,开发出油水井生产数据分析系统.实际应用表明:该数据分析系统提高了工作效率,使得B/S模式的Web网页交互性更强,维护和操作更简便.
为提高加油站油品计重密度取数代表性和计量准确性,研究通过加油站液位仪系统大数据计算油品计重密度,并用于加油站油品账务管理.以两种不同密度的油品及两种以上不同密度的油品相混合进行实验,理论研究和实验比对表明:该方法计算得到的加油站油品计重密度不仅取数代表性好、准确性高、时效性强,而且可减少加油站油品虚假损溢,降低计量风险,为一线员工减负,值得推广应用.
安全实训作为安全管理的重要一环,越来越受到企业以及各级政府的重视.中国提出以“智慧建设、智慧管理、智慧服务”为主要特征的“智慧型安全实训基地”概念,从感知层、网络层、应用层三方面,结合安全实训实际情况,对物联网关键技术在智慧型实训基地中的应用进行了探索.在此基础上,完成了智慧型实训基地典型功能设计,并对物联网技术在安全实训领域应用与发展中存在的不足进行了分析与展望.
对于某石化乙烯装置裂解气压缩机机组运行以来,多支转速探头相继出现故障的问题,在无法开盖检查处理故障的情况下,将零转速和键相位信号作为控制信号,用可调频率信号发生器模拟转速探头频率信号,并输入给超速保护器,保证了生产正常运行.后续通过优化转速探头安装方式,运行效果良好.现场应用表明:对转速探头故障的应急处理及改进安装方式具有较好的推广意义.
The mechanisms of lacustrine organic-rich shale formation have attracted attention due to its association with global shale oil and shale gas exploration.Samples of general-quality and excellent-quality source rocks,and oil shale from the Beibu Gulf Basin
A gold tube simulation device was used to study the cleavage of representative compounds into gas.The goal of this study is to investigate hydrogen isotope composition change of gaseous hydrocarbons during maturity.Gas chromatography and isotopic analyses
某天然气净化厂半贫砜胺液泵采用蒸汽透平驱动,在运行过程中针对多次出现的汽封泄漏、失速联锁和振动联锁等故障问题,通过拆卸机泵,检查机械、仪表等零部件,分析事故原因并制定了检修措施和调试方案,消除了电机驱动泵单台设备运行存在的停产风险,使得蒸汽透平驱动能够长周期平稳运行、降低了能耗,经济效益提升显著.
Biodegradation usually obscures or even radically alters the original characteristics of oil biomarkers.The mixing of oil from multiple sources makes each source difficult to trace.Identifying the source of bio-degraded oil from multiple sources has alway
Frequency-dependent amplitude versus offset(FAVO)inversion is a popular method to estimate the frequency-dependent elastic parameters by using amplitude and frequency information of pre-stack seismic data to guide fluid identification.Current frequency-de