Kendong 32 fault block is a typical heavy oil reservoir with loose sandstone.
垦东32断块属于典型的疏松砂岩稠油油藏。
Aimed at offshore heavy oil reservoir, on the basis of technological feasibility, a new model of developing offshore heavy oil reservoir is presented for more benefits.
以海上稠油油藏为对象，以技术可行性为前提，从提高开发效益的角度出发，提出加速该类型油藏开采的新模式。
Method Deduce economical recoverable reserve of heavy oil reservoir under thermal production with the principle of investment vs. returns.
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。
Purpose To improve the development result of horizontal Wells in super heavy oil reservoir.
目的提高超稠油油藏水平井开发效果。
Super heavy oil reservoir potential at rim of Du 212 block Shuyi district of Liaohe oilfield has not been developed.
辽河曙一区杜212块边部部分超稠油储量尚未动用，该油藏原油粘度大，油层薄。
On these concepts, oil & gas migration regularities in heavy oil reservoir and its numerical simulation are performed accurately.
为研究稠油油藏油气运移规律，准确进行油藏数值模拟提供理论基础。
Fault block of east Shan 6 in Shanjiasi oilfield is a typical super heavy oil reservoir.
单家寺油田单6东断块是典型的超稠油油藏。
Heavy oil reservoir of loose sand is of large porosity, loose cementation and higher clay content.
疏松砂岩稠油油藏孔隙度大，胶结疏松，粘土矿物含量偏高。
Steamflooding is the main important stage in the thermal recovery of heavy oil reservoir, which can further enhance the recovery of heavy oil.
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。
This paper analyzed laboratory experiment results of oil displacement efficiencies of both water and steam drive in heavy oil reservoir by using basic knowledge and method of reservoir engineering.
利用油藏工程基本知识和基本方法，对稠油油藏水驱和蒸汽驱的两组驱油效率室内实验结果进行了分析。
The Wangzhuang oilfield belong to heavy oil reservoir of strong sensitivity.
王庄油田属强水敏性稠油油藏。
The heavy oil reservoir of Liao Oilfield is unconsolidated sandstone reservoir, its oil viscosity is very high, sanding is serious.
辽河油田部分稠油油藏地质结构疏松、原油粘度较高、出砂状况较为严重；
Purpose To determine oil recovery factor and recoverable reserves of heavy oil reservoir developed by steam injection.
目的确定稠油油藏注蒸汽开发的原油采收率和可采储量。
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。
The development effectiveness of water flooding for the heavy oil reservoir with edge water is poor because of the high oil viscosity, high mobility ratio and the invasion of edge water.
注水开发多年的具边水的普通稠油油藏的原油粘度高、流度比大，加之油藏非均质及边水入侵的影响，其注水开发效果较差。
This method can be used for conventional heavy oil reservoir to calculate ultimate drainage radius and reasonable well spacing through starting pressure gradient.
将研究结果应用于普通稠油油藏，给出了利用启动压力梯度确定极限泄油半径及合理井距的理论计算方法。
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.
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。
In heavy oil reservoir with active edge and bottom water. the incursion of edge and bottom water has a serious impact on the production performances during steam huff and puff.
具有活跃边底水的稠油油藏，在其蒸汽吞吐过程中，边底水侵入给开采动态带来了严重的影响。
The technical recoverable reserve of developed ultra heavy oil reservoir is obtained by using iterative method and mathematical model.
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。
Wangzhuang oilfield is a typical representative of water-sensitive heavy oil reservoir. The change of water sensitivity during thermal recovery process directly relates to oilfield development scheme.
王庄油田是水敏性稠油油藏的典型代表，其水敏性在热采过程中的变化直接关系到油田开发方式的选择。
Huanxi heavy oil reservoir is a sand stone formation, with grain pores as the main storage space.
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。
The laboratory experiment presents that chemical agent injection with steam is the effective means for improving recovery factor of heavy oil reservoir.
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。
This paper studies effect of water-rock reaction on heavy oil reservoir during steam soaking in single well by modeling changement of quartz particle in autoclave under thermal recovery condition.
利用高压釜模拟热采条件下石英颗粒的变化情况，研究单井吞吐过程中水岩反应对稠油储层的影响。
The technical development limits for strong water-sensitive heavy oil reservoir were suggested based on the development results of reservoir numerical simulation and laboratory experiments.
为了有效动用强水敏性稠油油藏储量，在室内试验的基础上，利用油藏数值模拟技术开展了强水敏稠油油藏的动用界限研究。
The shallow heavy oil reservoir in Kelamyi is sandstone reservoir.
克拉玛依浅层稠油藏胶结疏松，油井易于出砂。
Method Using reservoir engineering and incorporating field tests, horizontal steam huff and puff for super heavy oil reservoir is studied.
方法应用油藏工程技术，结合矿场试验，进行超稠油水平井蒸汽吞吐研究。
The theory od seepage flow in multilateral well was studied, but the theory of multilateral well in some special reservoir (as heavy oil reservoir) is not reported openly.
国内外学者对分支井渗流理论的进行了一定的研究，但目前对多分支井在特殊油藏（如稠油油藏）中渗流理论的研究还未见公开的报道。
Steam stimulation is the main type to exploit heavy oil reservoir and its own defects lead to a series of problems with the exploitation continuing especially in.
蒸汽吞吐是目前开发稠油油藏的主要方法，随着开采的进行，特别是到了中后期，由于蒸汽吞吐开采自身缺陷导致了一系列问题的出现。
The edge and bottom water energy is sufficient in the heavy oil reservoir of Shanjiasi oil field, and its steam soak process is complicated.
单家寺油田稠油油藏边底水能量充足，蒸汽吞吐过程较复杂。
The edge and bottom water energy is sufficient in the heavy oil reservoir of Shanjiasi oil field, and its steam soak process is complicated.
单家寺油田稠油油藏边底水能量充足，蒸汽吞吐过程较复杂。
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