埕东油田地面集输系统改造方案设计
发布时间：2018-10-13 20:29
【摘要】：根据埕东油田油藏开发预测指标,结合目前埕东油田地面集输系统现状,利用已建生产设施,提出将站外不同性质采出液分质集输、埕东联合站内进行分质处理的改造思路,对埕东油田地面集输系统进行优化调整。本报告对埕东油田地面集输系统调整改造方案进行研究,推荐先进、成熟和可靠的改造方案设计方案,力求做到“先进、实用、节能、安全、环保、方便管理”。并体现较为先进的设计理念,为埕东油田地面建设工程的科学决策提供依据。
[Abstract]:According to the reservoir development prediction index of Chengdong Oilfield, combined with the present situation of surface gathering and transportation system in Chengdong Oilfield, and using the established production facilities, this paper puts forward a new idea to collect and transport the produced liquid with different properties outside the station, and to carry out separate quality treatment in Chengdong combined Station. The surface gathering and transportation system in Chengdong Oilfield is optimized and adjusted. This paper studies the adjustment and transformation scheme of surface gathering and transportation system in Chengdong Oilfield, recommends advanced, mature and reliable reconstruction scheme design, and strives to achieve "advanced, practical, energy saving, safety, environmental protection and convenient management". The advanced design concept is embodied, which provides the basis for the scientific decision of the surface construction project in Chengdong Oilfield.
【学位授予单位】：中国石油大学(华东)
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TE863
本文编号：2269799
[Abstract]:According to the reservoir development prediction index of Chengdong Oilfield, combined with the present situation of surface gathering and transportation system in Chengdong Oilfield, and using the established production facilities, this paper puts forward a new idea to collect and transport the produced liquid with different properties outside the station, and to carry out separate quality treatment in Chengdong combined Station. The surface gathering and transportation system in Chengdong Oilfield is optimized and adjusted. This paper studies the adjustment and transformation scheme of surface gathering and transportation system in Chengdong Oilfield, recommends advanced, mature and reliable reconstruction scheme design, and strives to achieve "advanced, practical, energy saving, safety, environmental protection and convenient management". The advanced design concept is embodied, which provides the basis for the scientific decision of the surface construction project in Chengdong Oilfield.
【学位授予单位】：中国石油大学(华东)
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TE863
【参考文献】
相关期刊论文 前1条
1 宋广明;;埕东油田含驱油剂原油脱水处理工艺的现状分析[J];石油工程建设;2009年S1期
，本文编号：2269799
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