摘要
随着油田的进一步开发,注水系统水、聚驱注水站的界限将逐步被打破,单座注水站运行负荷率低,深度水和普通水注水站合建效益越发明显。通过对结合产能工程已完成改造的南十和新南十注水站进行效果评价,提出在满足改造对所辖注水管网的压力损耗影响较小的前提下,对S油田两站之间距离近、建成时间长、设备腐蚀和老化严重的8座注水站的站场采取改造和工艺优化整合措施,改造及优化后,整体核减站场4座、优化岗位用工40人,达到减员增效、降低注水单耗的目的。该项研究对其他采油厂完成注水站站场改造和工艺优化整合工作具有重要的借鉴意义。
With the further development of oilfield,the boundary between water flooding and polymer flooding stations in water injection systems will be broken gradually.The operating load rate of a single water injection station is low,and the benefits of combining deep water and ordinary water injection stations are becoming more apparent.Based on the evaluation of the effect of the reconstruction of Nanshi Water Injection Station and New Nanshi Water Injection Station which have been completed in combination with the productivity project,it is proposed to adopt reconstruction and process optimization integration measures for the 8 water injection stations in S oilfield,which are located close to each other,have been built for a long time,and have serious corrosion and aging of equipment,while ensuring that the reconstruction has less influence on the pressure loss of the water injection pipeline network under its jurisdiction.After reconstruction and optimization,4 stations are reduced and 40 employees are optimized to achieve the goal of reducing staff and increasing efficiency,as well as reducing water injection unit consumption.This study has important reference significance for other oil production plants to complete the water injection station reconstruction and process optimization and integration.
作者
梁柱
陈阳
LIANG Zhu;CHEN Yang(Institute of Technology of No.2 Oil Production Plant,Daqing Oilfield Co.,Ltd.;Road&Bridge Company of Daqing Oilfield Engineering&Construction Co.,Ltd.)
出处
《油气田地面工程》
2024年第3期54-57,共4页
Oil-Gas Field Surface Engineering
关键词
注水站
站场改造
负荷率
合建效益
优化整合
water injection station
station reconstruction
load rate
co-construction benefits
optimization and integration
作者简介
梁柱:高级工程师,硕士研究生,2011年毕业于东北石油大学安全技术及工程专业,从事地面工程规划设计工作,0459-5297107,liangzhu@petrochina.com.cn,黑龙江省大庆市图强村第二采油厂工艺研究所,163414。
