1) thermal recovery well
热采井
1.
Borehole thermal stress analysis of thermal recovery well with micro-annulus in its first interface;
一界面存在微间隙的热采井井筒热应力分析
2.
Influence of steam injection technology string on casing failure in thermal recovery wells;
注汽工艺管柱对热采井套损的影响
3.
Nodal analysis during producing with thermal recovery wells;
热采井生产过程中节点分析方法
2) thermal production well
热采井
1.
Calculation for pressure gradients of two-phase flow for steam injection in thermal production wells;
热采井注蒸汽过程两相流压力梯度计算方法
2.
Prestress analysis of casing strings in heavy oil thermal production wells.;
稠油热采井套管的预应力分析
3) steam injection well
热采井
1.
The transient analysis model of thermal-stress coupling in steam injection well is established by finite element software ABAQUS.
利用有限元软件ABAQUS建立了热采井井筒热应力耦合的瞬态分析模型。
2.
Non API casing TP100H for steam injection well were developed on the basis of understanding casing service environment The development background, casing property index, production technology, measured and application results of casings are presente
在充分了解油田实际使用工况的基础上 ,成功开发了一种超稠油热采井专用的非 API系列套管TP10 0 H。
3.
Non-API casing-TP90H and TP100H for steam injection well were designed and developed on the basis of realizing casing service environment.
在充分了解油田实际使用工况的基础上,成功设计开发出了两种注蒸汽稠油热采井专用的非 API 系列套管—TP90H 和 TP100H。
4) thermal well
热采井
1.
Aiming at the problem that eccentricity of casing in circular hole happened in thermal well,the finite element model is established and the effect of casing eccentricity on wellbore temperature field,casing stress and displacement were analyzed.
针对热采井中套管在圆形井眼中出现偏心的问题建立了有限元模型,分析套管偏心对井筒温度场和套管应力、位移的影响。
5) thermal recovery wellhead
热采井口
1.
Development and application of the BKR thermal recovery wellhead
BKR热采井口装置研制及推广应用
6) thermal well
热采井;地热井;热水井
补充资料：核能稠油热采
分子式：
CAS号：
性质：采油工业中的稠油采集由于其黏度很大，采集和输送都十分困难。目前采用热采以降低其黏度，这样要消耗大量能源，其中热能占3/4。利用高温气冷堆的700～750℃的出口气体，可以满足热采的热源需求，节省供热用的化石原料和液化燃料，减少对环境的污染和温室效应及增加石油产量。
CAS号：
性质：采油工业中的稠油采集由于其黏度很大，采集和输送都十分困难。目前采用热采以降低其黏度，这样要消耗大量能源，其中热能占3/4。利用高温气冷堆的700～750℃的出口气体，可以满足热采的热源需求，节省供热用的化石原料和液化燃料，减少对环境的污染和温室效应及增加石油产量。
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