GW接触式烃类检测技术在钻井安全上的应用

来源 :录井工程 | 被引量 : 0次 | 上传用户:guyuehu11
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
膜渗透气体分离技术应用于气测录井中已有多家机构做了研究和尝试,大庆钻探录井一公司研制开发了Gaswizard(GW)接触式烃类气体检测系统,该系统气体探头体积小,可以方便地安装于井口钻井液出口处,只要有少量的钻井液返出,其探头就能连续检测出口的烃类气体含量,并具有检测值响应迅速、定量的特点,也可以在起下钻和接单根过程中对井口烃类气体含量进行检测,这为解决空气、泡沫等欠平衡钻井环境下电动脱气器难以发挥作用的难题提供了条件。通过10余口井现场试验应用,表现出检测迅速、曲线呈指峰状的特点,对显示层细分十分有利,同时能够提前发现烃类异常,有利于有效地保证钻井安全。 Membrane permeation gas separation technology used in gas logging has been a number of agencies have done research and try Daqing drilling logging company developed a Gaswizard (GW) contact hydrocarbon gas detection system, the system gas probe is small, Can be easily installed at the exit of wellhead drilling fluid, as long as there is a small amount of drilling fluid to return, the probe can continuously detect the export of hydrocarbon gas content, and the detection value of rapid response, quantitative characteristics, And then a single root process hydrocarbon content of wellhead gas detection, which is to solve air, foam and other underbalanced drilling environment, electric deaerator difficult to play the role of the problem. Through more than 10 wells in field test applications, the test shows rapid detection and the curve refers to the peak shape, which is very beneficial to the display layer subdivision. At the same time, hydrocarbon anomalies can be found ahead of time, which helps to ensure the drilling safety effectively.
其他文献
针对钻井施工作业过程中地层流体性质快速识别与判定的需要.可应用离子色谱分析技术,系统分析钻井过程中钻井液滤液相关参数的变化特征,利用数据的变化趋势综合快速地判定地层差
我们经常看到这样一种现象:课间,学生总是生龙活虎,又蹦又跳,一双双眼睛闪动着灵气。而一进入课堂,仿佛变了个人似的,或眼神游离,或畏畏缩缩,或目光呆滞。为什么学生课内与课
随钻测量技术近年来获得了快速发展并逐渐成熟,随着石油勘探开发难度的加大,对此技术的需求也日异增大,将会促使其快速发展。随钻测量(M/LWD)又是地质导向技术的核心内容。录井业的