英语翻译Perforation.Because of high reservoir pressure and insuf

英语翻译
Perforation.Because of high reservoir pressure and insufficient formation strength,the well was perforated in heavy brine with 41/2-in.tubing-conveyed perforating guns oriented high side in a 350/10° phasing to prevent sand production.Deep-penetrating low-debris steel charges (4 shots/ft) were used.The dynamic-underbalance gun concept was used,with the atmospheric pressure inside the guns creating an instantaneous underbalance at the moment of perforation,removing the crushed zone from the perforation tunnels.A flow restrictor was spaced out inside the 7-in.liner to optimize perforation tunnel cleanout by use of the pore pressure before the wellbore returned to an overbalanced state.
DIACS Completion Installation.Oil producers on Visund have been completed as 7-in.monobore completions with downhole pressure and temperature monitoring.This reservoir was more complex than expected,and recent technology enabled monitoring and controlling the production.To optimize production,DIACS well completion,which enables selective production from different reservoir zones,was considered.The reservoir sections are separated with zone-isolation packers,and the production is controlled by monitoring pressure and temperature gauges in each zone with hydraulic operation of the flow-control valves installed in the respective zones.Each zone also contains a mechanical sliding sleeve in case the hydraulic control lines should fail.The objective of this well was to establish selective production from the three different reservoir zones:Tarbert,Etive/Ness,and Rannoch.
A total of five control lines,including three braided bumper wires,was run in hole clamped to the completion string.During installation of the horizontal subsea tree,a blowout-preventer (BOP) tubing-cutting test was performed at surface to ensure the drilling BOP’s controlline cutting capability.The completion operations were performed without use of a workover system.Packer fluid was reverse circulated into the production annulus and tubing before the upper hydraulically operated flow-control valve was closed and inflow tested,then all the packers were set simultaneously.
The well was tested with an oil rate of 3900 m3/d and will be produced at a rate of 2500 m3/d with production from all zones.Initially,zones A,B,and C have productivity indices as of 4.5,91,and 635 m3/d/bar,respectively.Production from Zone A would not have been possible without a controlled production from the other zones,adding value to the DIACScompletion design.

穿孔.由于水库高的压力和不足,形成力量,以及穿孔的是沉重的卤水与41/2-in .油管,转达了射孔枪面向高边坡在逐步一十零分之三百五十○ ° ,以防止沙子生产.深穿透低收费钢铁碎片（ 4球/英尺）的使用.动态欠枪使用的概念是,随着大气压力枪内创造一个瞬时欠此刻的穿孔,消除了碎石区,穿孔隧道.节流的流动是境内间隔7中.班轮优化射孔隧道清洗用的孔隙水压力面前的井筒返回一个overbalanced状态.
DIACS完成安装.石油生产国的Visund已完成7中.monobore落成与井下压力和温度监测.这个水库是比预期的更为复杂,和最近的技术使监测和控制生产.为了优化生产,DIACS完井,使选择性生产从不同的水库区,进行了审议.水库部分分离区隔离包装,生产控制,监测温度和压力传感器在每个区,液压操作流量控制阀安装在各自的区.每个区还包含一个机械滑动的情况下套筒液压控制线应失败.的目的以及是要建立选择性生产从三个不同的水库区：塔伯特埃蒂夫/尼斯,并兰诺赫.
共有5个控制线,其中包括3名编织保险杠电线,是运行在固定孔完成string.During安装横向海底树,一个井喷,防（国际收支）油管切割试验是在地面完成,以确保钻井国际收支的controlline切割能力.完成操作不使用作业系统.派克流体扭转分发到生产环和前油管上液压流量控制阀被关闭,流入测试,然后所有的包装被同时进行.
该井测试与石油率三九零零立方米/ d和将制作的速度在2500立方米/ D与生产的所有地区.起初,区有A ,B ,和C生产力指数为4.5 ,91 ,和635 m3/d/bar分别.生产从A区就不可能没有控制生产从其他区,增加附加价值,DIACScompletion设计.
(你好象有些打错了）