1) oil region
油区
1.
Analysis on acoustic variable density logging interferences for well-cementating evaluation in oil region;
声波变密度测井干扰对油区固井评价影响分析
2.
Within both eastern and western China, heavy oil are widely spread, and generally large in reserves over several large oil regions.
我国稠油资源非常丰富,在东部和西部几个大油区均有分布,而且储量很大。
2) Shengli Oil Region
胜利油区
1.
The authors,having tested the respective gelling property of Shengli Oil Region crude oil,Henan Oil Region crude oil and Brazian crude oil under different decreasing temperature rate,evaluate the influence of decreasing temperature rate on gelling property of crude oil more comprehensively and present a decreasing temperature rate plan which has the most influence on gelling property of crude oil.
通过测试胜利油区原油、河南油区原油和巴西原油在不同降温速率下的胶凝特性,较全面地评价了降温速率对这三种原油胶凝特性的影响,提出了对原油的胶凝特性影响最大的降温速率方案。
2.
Gubei low-lying is abundant of hydrocarbon generating in Shengli oil region.
胜利油区孤北洼陷是一个富生烃洼陷 ,在其周围已经发现多个大油田 ,已证实其主要生烃层系为沙三段烃源岩。
3.
We determined the relationship between the cost of per ton fluid and the single well daily fluid production rate in Shengli oil region, thus, simplified the calculation model for the old well with the economic limit water cut.
运用油藏工程和经济学的基本原理 ,建立了新井经济极限初产油量计算模型 ,找出了胜利油区吨液成本与平均单井日产液量之间的关系 ,简化了老井经济极限含水计算模型 ,统计出了胜利油区不同油价条件下的非经济产量 ,建立了胜利油区不同油价条件下的非经济产量百分数与平均单井年产油量的计算模型 ,对于确定油田的非经济产量、提高油田开发的经济效益具有重要意
3) Henan Oil Region
河南油区
1.
Influence factors and countermeasure of cementing quality of adjustment wells in Henan Oil Region;
影响河南油区调整井固井质量的因素及对策
2.
The authors,having tested the respective gelling property of Shengli Oil Region crude oil,Henan Oil Region crude oil and Brazian crude oil under different decreasing temperature rate,evaluate the influence of decreasing temperature rate on gelling property of crude oil more comprehensively and present a decreasing temperature rate plan which has the most influence on gelling property of crude oil.
通过测试胜利油区原油、河南油区原油和巴西原油在不同降温速率下的胶凝特性,较全面地评价了降温速率对这三种原油胶凝特性的影响,提出了对原油的胶凝特性影响最大的降温速率方案。
4) Jianghan oil Region
江汉油区
1.
Numerical Control Well Logging System HH2530/530 and Its Application in Jianghan Oil Region;
HH2530/530数控测井系统及在江汉油区的施工应用
2.
Development and Key Inspirations of Prospecting Oil and Gas in Jianghan Oil Region;
江汉油区油气勘探的发展和主要启示
3.
Analysis on the oil production increase effect of acid treatment for insert salt layers nonsandstone reservoirs in Jianghan Oil Region;
江汉油区盐间非砂岩油层酸化增产效果分析
5) Daqing Oilfield
大庆油区
1.
Laboratory experiment of CO_2 stimulation in Fang48 fault block in Daqing Oilfield;
大庆油区芳48断块CO_2吞吐室内实验
2.
Analysis on field scaling of ASP flooding in Daqing Oilfield;
大庆油区三元复合驱矿场结垢状况分析
3.
Aimed at the acute problem of sand production with proppant extraction after fracturing of polymer flooding wells in Daqing Oilfield,the sand production mechanism and influential factors are researched based on the fractures proppant extraction data of 1 164 fracturing layers in Daqing Oilfield.
针对大庆油区聚合物驱油井压裂后裂缝支撑剂回采严重的问题,基于1164个水力压裂油层的裂缝支撑剂回采资料,研究了聚合物驱油井压裂裂缝支撑剂回采机理及影响因素,并利用灰色关联分析方法,计算了影响支撑剂回采的36个因素的关联度,确定了19个因素为主要因素;同时,运用多元二次非线性回归方法建立了水力压裂水平缝支撑剂回采预测模型。
6) Shengli Oilfield
胜利油区
1.
The economic and technical policy limit of the horizontal wells in the fault block oil reservoir of thick beds with bottom water in Shengli Oilfield;
胜利油区厚层底水断块油藏水平井经济技术政策界限
2.
Development techniques of horizontal wells in Shengli oilfield.;
胜利油区水平井开发技术
3.
Application of a new technique of debris free completion fluids in Shengli Oilfield
新型无固相完井液技术在胜利油区的应用
补充资料:长庆油区
陕甘宁盆地内除延长油矿外所发现的油田总称,隶属长庆石油勘探局。截至1983年底共发现马岭、城豪、李庄子、大水坑、红井子、吴旗、直罗等17个油田。
开发的主要目的层是侏罗系延安组。储层为碎屑岩,属河流-湖沼相沉积,厚度250~360m,岩性变化大。砂岩体多呈条带状分布,渗透率一?阍?50mD(毫达西)左右,属于低渗透油层,需采用压裂加注水的开采工艺。另外,三迭系延长统油层在陕甘宁盆地分布广泛,须压裂后方可出油。由于盆地构造平缓,油藏多以岩性为主的复合圈闭。
马岭油田是陕甘宁盆地目前最大的油田,也是开发的主要油田。油田构造由一组近东西向的鼻状隆起组成,含油层系为侏罗系延安组,深度1300~1600m。储层为一套河流相碎屑岩,渗透率可达50~150mD。油藏以构造-岩性圈闭为主。油水分布比较复杂,没有统一的油水界面。原油性质具有低比重(0.84~0.85)、低粘度(地面4~10cP)、低含硫(0.1%)的特点。该油田于1971年投入开发。目前长庆油田共投入开发11个油田,1983年生产原油140万吨。
开发的主要目的层是侏罗系延安组。储层为碎屑岩,属河流-湖沼相沉积,厚度250~360m,岩性变化大。砂岩体多呈条带状分布,渗透率一?阍?50mD(毫达西)左右,属于低渗透油层,需采用压裂加注水的开采工艺。另外,三迭系延长统油层在陕甘宁盆地分布广泛,须压裂后方可出油。由于盆地构造平缓,油藏多以岩性为主的复合圈闭。
马岭油田是陕甘宁盆地目前最大的油田,也是开发的主要油田。油田构造由一组近东西向的鼻状隆起组成,含油层系为侏罗系延安组,深度1300~1600m。储层为一套河流相碎屑岩,渗透率可达50~150mD。油藏以构造-岩性圈闭为主。油水分布比较复杂,没有统一的油水界面。原油性质具有低比重(0.84~0.85)、低粘度(地面4~10cP)、低含硫(0.1%)的特点。该油田于1971年投入开发。目前长庆油田共投入开发11个油田,1983年生产原油140万吨。
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