摘要
中国正处于油气管道的大发展时期,这既是重大机遇,同时也对提高管道运营水平提出了挑战。阴极保护电位智能采集系统是阴极保护监检测的有效工具,其由埋地传感器、终端采集仪、软件系统等部分构成。目前,该系统已在中国主要管道公司应用,实现了阴极保护参数的实时远程监测,但也存在运行故障率高、数据管理平台兼容性低、分析评价软件算法简单等问题。回顾了阴极保护电位智能采集系统的发展历程,包括硬件开发、软件开发、现场应用等情况,总结了当前实际应用中遇到的问题,并从提高标准化水平、提高可靠性、解决热点问题、助力智能管道建设等方面进行了展望。后续应加大采集系统可靠性和标准化的研究力度,不断拓宽其应用领域,为智能管道建设提供技术支持。
The development of oil and gas pipelines is booming in China. This is not only a great opportunity for pipeline industry, but also a challenge to improve the operation level of pipeline. The intelligent acquisition system of cathodic protection potential is an efficient tool to monitor and inspect the cathodic protection, which consists of a buried probe, a terminal acquisition instrument and a software system. Currently, the system has been used in the major pipeline companies of China to implement the remote monitoring of cathodic protection parameters in real time. However, there are such problems as high failure rate, low compatibility of the data management platform and simple algorithm of analysis and evaluation software. In this study, the development of the intelligent acquisition system of cathode protection potential, including the development of hardware and software, and the situation of field application, was reviewed, the problems encountered in application were summarized, and prospect was made in terms of improving the level of standardization, increasing the reliability, solving the hot issues and aiding the construction of intelligent pipelines. Subsequently, more efforts should be made in the study of the reliability and standardization of the acquisition system and the fields of application should be expanded, so as to provide technical support to the construction of intelligent pipelines.
作者
杨涛
崔伟
方卫林
孙冰冰
YANG Tao;CUI Wei;FANG Weilin;SUN Bingbing(Pipechina West Pipeline Company;Institute for Advanced Materials and Technology,University of Science and Technology Beijing)
出处
《油气储运》
CAS
北大核心
2021年第2期146-150,共5页
Oil & Gas Storage and Transportation
关键词
阴极保护
电位
智能采集系统
应用现状
cathodic protection
potential
intelligent acquisition system
application status
