稠油油藏段塞蒸汽驱技术研究。
Study on Plug Steam Flooding Technique for Heavy Oil Reservoir.
目的提高超稠油油藏水平井开发效果。
Purpose To improve the development result of horizontal Wells in super heavy oil reservoir.
化学吞吐是稠油油藏开发的一条新途径。
Chemical huff and puff is a new method for developing heavy oil reservoirs.
这对于同类型稠油油藏也具有参考意义。
There is reference sense for the same type viscous oil fault block reservoir.
垦东32断块属于典型的疏松砂岩稠油油藏。
Kendong 32 fault block is a typical heavy oil reservoir with loose sandstone.
稠油油藏储量价值计算主要采用现金流量法。
Reserves value of heavy oil is calculated mainly with cash flow method.
有机垢是引起稠油油藏储集层损害的主要原因之一。
The organic scale is one of the main reasons that damage the heavy oil sandstone reservoirs.
目的确定稠油油藏注蒸汽开发的原油采收率和可采储量。
Purpose To determine oil recovery factor and recoverable reserves of heavy oil reservoir developed by steam injection.
为了改善渤海稠油油藏地层测试效果，提出了保温管技术。
The insulation pipe technique has been developed for improving formation test effect of viscous oil reservoirs in Bohai Sea.
这些研究结果对海上常规稠油油藏开发具有重要的借鉴意义。
All these results may be important to development of conventional heavy oil reservoirs in offshore.
浅层超稠油油藏地层原油粘度大，流动性差，开采难度大。
Super - heavy oil in shallow reservoirs has high viscosity and poor mobility, and is difficult to recover.
疏松砂岩稠油油藏孔隙度大，胶结疏松，粘土矿物含量偏高。
Heavy oil reservoir of loose sand is of large porosity, loose cementation and higher clay content.
这类稠油油藏注蒸汽开采，在技术和经济上存在很大的风险性。
There are technical and economical hazards in the thermal recovery of this type of reservoirs.
欢西稠油油藏为砂岩油气藏，是以颗粒孔隙为主的孔隙型储集层。
Huanxi heavy oil reservoir is a sand stone formation, with grain pores as the main storage space.
室内实验表明，伴蒸汽注入化学剂是提高稠油油藏采收率的有效手段。
The laboratory experiment presents that chemical agent injection with steam is the effective means for improving recovery factor of heavy oil reservoir.
火烧油层是热力开采稠油油藏的重要方法，其成功的关键是油层点火。
In situ combustion is an important method for thermal recovery of viscous oil reservoir, the key of success is sand face ignition.
采用迭代法，通过数学推导，得到已开发超稠油油藏的技术可采储量。
The technical recoverable reserve of developed ultra heavy oil reservoir is obtained by using iterative method and mathematical model.
结论该方法适用于稠油油藏注蒸汽开发的全过程，是一种有效的方法。
Conclusion This method is suitable to whole process of heavy oil development by steam injection, and it is an effective method.
地层破裂压力是钻井工程、井下作业及稠油油藏热力开采的重要参数。
Formation burst pressure is one of the key parameters for the thermal production of heavy oil, drilling engineering and downhole operation.
方法利用投入产出原理，推导出热采稠油油藏的经济可采储量的计算方法。
Method Deduce economical recoverable reserve of heavy oil reservoir under thermal production with the principle of investment vs. returns.
塔河油田稠油油藏采油工艺主要包括稠油降粘、稠油机采、复合采油工艺。
In Tahe oilfield, the technology is mainly comprised of dropping viscosity, thick oil mechanical exploitation, complex production process.
胜利油田的稠油油藏具有埋藏深、油层薄、边水严重以及原油黏度高等特点。
The characteristics of heavy oil reservoirs are deep burial, thin bed, active edge water and high viscosity in Shengli Oilfield.
蒸汽驱是稠油油藏经过蒸汽吞吐开采后进一步提高原油采收率的主要热采阶段。
Steamflooding is the main important stage in the thermal recovery of heavy oil reservoir, which can further enhance the recovery of heavy oil.
这些对策在辽河稠油油藏的实际应用中已证实是可行的，并具有推广使用意义。
Feasibility of these measures has been verified in Liaohe viscous oilfield, and can be popularized.
正确确定稠油油藏的加热半径，是油藏动态分析的关键，是制定及调整开发方案的基础。
The correct determination of heating radius in viscous oil reservoir is the key to analysing reservoir performance, and the basis for drawing up and adjusting development plan.
渤海浅层油藏大多为胶结疏松的稠油油藏，这类油藏的开发目前主要采取防砂管理方式。
Most shallow reservoirs in Bohai sea are unconsolidated formation with heavy oil, and they are developed mainly by using a sand exclusion management.
在对洼82断块稠油油藏出砂机理研究分析的基础上，提出了综合治理该块出砂问题的策略。
On the basis of study and analysis of sand production mechanism in heavy oil reservoir of fault block Wa 82, the strategy of composite treatment is proposed.
研究成果应用于现场后，取得了较好的开发效果，成功地实现了强水敏稠油油藏的工业化开发。
Application of research result in the field has obtained favorable development effect, successfully realized industrial development of high water sensitivity heavy oil reservoir.
研究成果应用于现场后，取得了较好的开发效果，成功地实现了强水敏稠油油藏的工业化开发。
Application of research result in the field has obtained favorable development effect, successfully realized industrial development of high water sensitivity heavy oil reservoir.
应用推荐