摘要
借助光纤通信本身所特有的长传输距离、高带宽及低衰减等特性,采用一种开放式的架构来组建整个水下生产控制系统。分析了开放式架构与传统控制系统的区别,研究了开放式架构实施过程中的关键问题,同时以西非某深水项目为例,介绍了开放式架构水下控制系统在深水油气田工程开发中的应用和需要注意的问题。
Thanks to the characteristics of fiberoptic communication which boasting of long transmission distance,high wideband and low attenuation,and basing on an open architecture,a subsea production control system was set up and traditional control systems and open architecture base control systems were compared and the key issues for application were studied;taking a deepwater project in West Africa as an example to have application of this technology and relevant issues introduced.
出处
《化工自动化及仪表》
CAS
2012年第2期209-211,235,共4页
Control and Instruments in Chemical Industry
基金
国家科技重大专项资助项目(2011ZX05026-003)
国家"863"专项课题(2009AAZ301)
关键词
开放式架构
深水
油气田开发
水下生产控制系统
open architecture,deepwater,oilgas field development,subsea production control system
