目的为凝析气田的开发井网部署提供依据。
Purpose Toprovide basis for developing condensate gas reservoir and pattern arrangement.
因此，本文对低渗油藏开发井网与水力裂缝系统的优化组合问题进行了研究。
Therefore, the author took Jingan low permeability oilfield as example and studied optimized combination between well patterns and hydraulic fracture systems in this paper.
它为压裂的优化设计以及注水开发井网的调整和完善，提供了新的思路和方法。
It has provided new thought and method for the optimizing design of fracturing and for the adjustment and perfection of water flood development well pattern.
在解释多相流、开发井网、复杂边界和非均质油藏等复杂性试井资料方面，具有独到的优势。
In some ways of interpreting complicated well testing data such as multiple phase flow, producing pattern, complicated border and heterogeneous oil reservoir, this theory has a particular advantage.
以五点井网为例，用数值方法研究了双重各向异性介质的驱替特征和注水开发井网的部署问题。
This paper takes 5-point-pattern as an example and uses numerical method to study the displacement characteristic of dual anisotropic medium and the pattern arrangement of water flooding development.
由于试验区地处过渡带，其井网、油层条件和原油性质具有特殊性，这些因素将影响过渡带地区聚合物驱油的开发效果。
The test area whose well pattern, reservoir conditions and crude oil properties are special, which will affect the effectiveness of polymer flooding in transitional zone.
开展缩小井距开发先导试验，通过适当加密井网，建立有效生产压差，改善开发效果。
To make the development effect better, we reduce well spacing to develop the precursor experiment, infill well network appropriately, build effective producing pressure drop.
选择大庆油田中区西部为密井网开发试验区。
The west part of central Daqing Oilfiled was chosen as a dense well pattern development test region.
低渗透朝阳沟油田由于受储层、井网的限制，随着开发时间的延长，开发效果逐渐变差。
As limited by reservoir and well network, development effect of low permeable Chaoyanggou oil field has gone worse with the prolonging of the developing time.
通过油藏压裂效果分析，及时进行了以重组注采井网为中心的开发调整，油藏水驱控制程度提高了12。
Through analysis of fracturing effect, development adjustment centered around flood pattern reforming is done in time with the result of raising 12.
在注水开发和强化采油中所采用的由注入井和生产井组成的井网。
The pattern of injection and production wells used in waterflooding and enhanced oil recovery.
本文所建立的数学模型可以进行行列式注气井网开发指标的预测，也可以推广应用于五点法和其它面积井网注气开发指标计算。
The new maths model can be apply to forecasting of line drive gas injection, and can be popularized to five-spot and other areal well pattern.
通过对八面河油田井网密集区及井网稀疏的欠开发区的微构造研究，探讨了微构造表征技术。
Characterization technique of microstructure is discussed based on the microstructure study of the dense well spacing area and under-exploited area with wide-spaced Wells.
再配合适当的注采井网，特低渗透油藏开发水平将有大幅度的提高。
The fracturing technology of horizontal well and supplementary well patterns can greatly improve the development effectiveness in the ultra-low permeability reservoir.
油田进入开发后期，随着井网加密和含水上升，影响调整井固井质量的因素也越来越复杂。
In the late period of oil field development, with the increasing of well pattern and water cut, the factors which affect the cementing quality in adjustment Wells are more complicated than before.
低渗透油田开发与裂缝密切相关，因此井网部署是否合理是低渗透油田开发成败的关键。
The development of low permeability reservoir is closely related to fractures. Suitable arrangement of well patterns is the key of successful development of low permeability reservoir.
1971年投入试采，采用不规则大井距面积井网开发。
In 1971, it was brought into production test and utilized irregular dispersed well pattern of wide spacing for exploitation.
针对这个问题，尤其对注水开发油田开发后期，有必要对油田的注采井网进行研究，以达到高效、科学地开发油田的目的。
For this problem, on the high water oilfield production tail, it's necessary to study the flood pattern in order to achieve efficient and scientific purposes to develop oil fields.
油田注水开发整体受效明显，但受井网、储层非均质性、裂缝等因素影响，油井受效率和受效程度有待进一步提高。
The overall efficiency of water flooding is influenced by the well pattern, reservoir heterogeneity, fractures and other factors, and the efficiency and effectiveness have to be further improved.
采用菱形反九点井网，通过超前注水、优化压裂技术提高单井产量，可以实现白豹长6油藏的高效开发。
Using anti-9:00 rhombus pattern, through advanced injection, optimize fracturing technology to increase production of single well can be achieved Baibao High oilfield Chang6 reservoir development.
研究了各种井网型式下的压力场及饱和度场的分布，探讨了矩形井网适合低渗油藏开发的深层原因。
We studied the distribution of pressure field and saturation field under different well patterns, and discussed1 profound reasons why rectangle well pattern is fit for low permeability reservoirs.
研究了各种井网型式下的压力场及饱和度场的分布，探讨了矩形井网适合低渗油藏开发的深层原因。
We studied the distribution of pressure field and saturation field under different well patterns, and discussed1 profound reasons why rectangle well pattern is fit for low permeability reservoirs.
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