1) individual producer oil rate
单井油产量
2) per-well production
单井产量
1.
For increasing the development of thin oil layers which are especially low but abundant, increasing the per-well production and the using degree of the reservoir, increasing the effective exploitation of Fuyang oil layer, Daqing oilfield has successfully finished the well Zhao Fen 31- Ping 28, only by 14 days and 6 hours.
为适应勘探开发总体需要,提高特低丰富薄油层的开发,提高单井产量和储层动用程度,提高扶扬油层的有效开发效果,大庆油田仅用14d6h打完全井进尺,成功地完成了肇分31-平28井,同时填补了大庆油田在分支井钻井完井技术领域的空白。
3) well production
油井产量
1.
Formation permeability is decreased and well production is affected due to compaction effect caused by stress concentration after drilling.
钻井后因应力集中产生的压密效应,使地层渗透率降低,影响油井产量。
2.
It shows,as regards the sand production, the produdtion of oil well shoud be controlled to obtain secure well production.
研究表明,对于出砂油层来说,应该控制油井产量以保证油井正常生产。
3.
To investigate the effect of initiation location of new fractures on well production, a reservoir model and a hydraulic fracture model are combined to model the fluid flow after re-fracturing.
针对重复压裂不同起裂位置对油井产量的影响问题,采用油藏流动模型和水力裂缝流动模型共同描述系统的流动。
5) daily output per well
单井日产量
1.
Taking the reservoir and crude oil parameters and daily output per well for 10 available oil wells in Shengli Fanjia oil field for example, the Neural Network Expert System developed has been used successfully to predict the daily output per well of two forecasting wells.
本文全面论述了神经网络专家系统及其开发步骤，并利用所开发出的神经网络专家系统，以胜利樊家油田１０口已知油井的储层参数和原油参数及单井日产量为学习样本，成功地预测了２口预测井的单井日产量。
6) dailyproduction
(油井)日产量
补充资料：120℃油井水泥
分子式：
CAS号：
性质：一种以硅酸二钙和铁铝酸四钙为主要矿物成分的油井水泥，在高温高压水热条件下具有较低的稠度，良好的可泵性；足够长的稠化时间和理想的高温强度，在不掺缓凝剂的条件下，能在高温油气井上用原浆顺利而安全地进行注水泥作业。适于用作3500～4500m井深的注水泥。
CAS号：
性质：一种以硅酸二钙和铁铝酸四钙为主要矿物成分的油井水泥，在高温高压水热条件下具有较低的稠度，良好的可泵性；足够长的稠化时间和理想的高温强度，在不掺缓凝剂的条件下，能在高温油气井上用原浆顺利而安全地进行注水泥作业。适于用作3500～4500m井深的注水泥。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条