摘要
油井动液面是反映地层供液能力的一个重要指标,实时动态监测油井动液面对提高油井产液量和抽油效率具有重要作用。针对动液面监测数据采集和组网数据传输,提出了一种基于WiFi的油井动液面监测系统。该系统由井口检测装置、RTU和动液面监测平台三部分构成。基于WiFi的数据传输网络设计,井口检测装置定时采集并上传液面数据,RTU与监测平台接收、解析数据,并实时计算动液面值。同时,支持油井液面数据手机APP实时查阅,实现多井或丛式井场油井动液面实时动态监测,在数字化与智慧化油田建设中有典型的应用价值。
The dynamic fluid level of the oil well is an important index of reflecting the fluid supply ability of earth layer.Real-time and dynamic monitoring for the dynamic fluid level of the oil well plays an important role in improving the fluid production quantity and pumping efficiency of oil wells. On the basis of dynamic fluid level monitoring data acquisition and networking data transmission,a WiFi-based dynamic fluid level monitoring system for oil wells is proposed. The system is composed of the wellhead detection device,RTU,and dynamic fluid level monitoring platform. On the basis of WiFi-based design of data transmission network,the wellhead detection device regularly collects and uploads fluid level data,and the RTU and monitoring platform receives and parses data to calculate the values of dynamic fluid levels in real time. Meanwhile,real-time query and view for fluid level data of oil wells on the mobile phone app is supported to realize real-time and dynamic monitoring for dynamic fluid levels of multiple wells or cluster wells. The monitoring system has a typical application value in the construction of digitalized and intelligentized oil fields.
作者
张乃禄
李清馨
刘峰
王伟
赵太
ZHANG Nailu;LI Qingxin;LIU Feng;WANG Wei;ZHAO Tai(School of Electronic Engineering, Xi' an Shiyou University, Xi' an 710065, China;Shaanxi Key Laboratory for Oil and Gas Well Measurement and Control Technology, Xi'an 710065,China;Technical Monitoring Center of Changqing Oilfield Branch Company, Xi'an 710018, China;Xi' an Hailian Petrochemical Technology Co., Ltd., Xi' an 710065, China)
出处
《现代电子技术》
北大核心
2018年第12期92-94,98,共4页
Modern Electronics Technique
基金
陕西省重大科技创新项目(2014ZKC(一)03-02)~~
关键词
动液面
井口检测装置
WIFI
RTU
数据传输
监测系统
dynamic fluid level
wellhead detection device
WiFi
RTU
data transmission
monitoring system