2) Daqing oil-field grid
大庆油田电网
1.
This paper is based on the Daqing oil-field grid, it studies the power system of 110kV and 35kV, then finishes developing system of cascading failure.
本文以大庆油田电网为研究对象,研究了110kV以及35kV等级的电网,完成了油田电网连锁故障预警系统的开发。
3) Daqing Oilfields
大庆油田
1.
Software development for simulating real downhole casing deformation in Daqing Oilfields
大庆油田井下套管形变仿真软件开发
2.
Based on the brief introduction to the practice and research on the internal examination and verification in QHSE manage- ment system of Daqing Oilfields, several internal examining and verifying models are listed, with the comparative analysis of advan- tages and disadvantages of those models.
简述了大庆油田在QHSE管理体系内审方面的实践与研究,列举了企业中常用的几种内审模式,并对这几种内审模式的优缺点进行了对比分析,详细介绍了以外审形式开展内审的优势和不足,并就如何组织企业机关内审提出了思路。
3.
The test results of three dense well net regions in Daqing Oilfields indicate that sedimentary microfacies is the main factor influencing the planar distribution of residual oil.
大庆油田现已进入高含水开发阶段 ,寻找和开发剩余油非常重要。
4) Daqing Oil Field
大庆油田
1.
EOR Technology Improvement and Its Further Development for Daqing Oil Field during "10th 5-Year-Project";
“十五”期间大庆油田三次采油技术的进步与下步攻关方向
2.
Accelerating Scientific Innovation and Making the Breakthrough of Techniques to Provide the Sustainable Development of Daqing Oil Field with Production Engineering Support;
加速科技创新 突破技术瓶颈 为大庆油田可持续发展提供采油工程技术支撑
3.
Discussion on Two Problems in Well Testing Analysis in Daqing Oil Field;
大庆油田试井分析过程中两个问题的探讨
5) Daqing oil fields
大庆油田
1.
The flooding efficiency of ASP combinational flooding solution of low alkaline(NaOH) concentration is studied experimentally under conditions of Daqing oil fields in reservoirs after water and polymer flood finished.
在室内实验研究了大庆油田条件下,水驱、聚合物驱之后低碱(NaOH)浓度的ASP三元复合驱的驱油效果。
2.
Four field trial projects on ASP flood completed at Daqing Oil Fields are introduced concisely.
介绍了大庆油田已完成的 4个三元复合驱矿场试验情况 ,包括试验区油藏目的油层地质概况 (给出了粘土矿物组成 ) ,井位图和井网结构 ,地层水和配液水基本矿化组成 ,三元复合驱替液组分组成、段塞结构及大小 ,注入概况 ,全区 (以及个别典型井 )采收率提高值以及驱油液及组分在油层内的滞留。
3.
In this review paper the methods and techniques for removing various precipitations plugged in raservoirs and for enhancing injectivity of water injection wells in Daqing Oil Fields are described briefly for their basic principles, characteristic features and proper uses.
大庆油田为确保稳油控水而进行的注水结构调整中使用了多种注水井解堵增注方法。
6) Daqing Oilfield
大庆油田
1.
Fine study of the sedimentary microfacies of single sand-body in high water-cut oilfield:taking PI oil-bearing formation of Tai-103 wellblock in Xing13 area of Daqing Oilfield as an example;
高含水油田沉积微相至单砂体级精细研究——以大庆油田杏十三区太103井区PI油层组为例
2.
Production Profile Logging Technologies in Daqing Oilfield;
大庆油田产出剖面测井技术研究与进展
3.
Practice and Effect of the Fifth Five-Year Project of Exploration for Oil and Gas in Daqing Oilfield;
大庆油田油气勘探“五五”工程的实践与效果
补充资料：热电厂
| 热电厂 steam supply and power generating plant 在发电的同时，利用汽轮机的抽汽或排汽为用户供热的火电厂。一般发电厂都采用凝汽式机组，只生产电能向用户供电。工业生产和人们生活用热则由特设的工业锅炉及采暖锅炉单独供应。这种生产方式称为热、电分产。在热电厂中则采用供热式机组，除供应电能外，同时还利用作过功（发了电）的汽轮机抽汽或排汽来满足生产和生活上所需热量 。这种生产方式称为热电联产。从能源利用效果考虑，热电分产对能源利用很不合理：一方面热功转换过程（凝汽式机组发电）必然产生低品位热能损失(汽机排汽在冷源中放热) 。另一方面让高品位热能(锅炉提供的蒸汽热量)贬值地用于低品位供热。在热电联产中，燃料化学能则转变为高位热能先用来发电(高品位热能)，然后使用作过功的低品位热能向用户供热，这符合按质用能和综合用能原则，使地区的整个能量供应系统节约了能源。热电厂的煤耗一般都比热、电分产的火电厂为低，因而环境污染程度也较小。 |
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