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deep well fracturing
相关语句
  深井压裂
     APPLICATION OF FULL 3-D FRACTURING DESIGN SOFTWARE TO ULTRA DEEP WELL FRACTURING DESIGN
     全三维压裂设计软件在超深井压裂设计中的应用
短句来源
     Properties testing showed that GSB 1 has such performances as centralized particle diameter, reasonable density and low disintegration rate in highly close pressure, so it can be used in deep well fracturing.
     性能评价结果表明 :GSB 1型高强度支撑剂具有粒径分布集中 ,密度适中 ,高闭合压力下破碎率低等特点 ,适用于深井压裂 ;
短句来源
     Because the pump pressure and temperature at the time that ultra deep well fracturing operation is made are very high,if fracturing engineer can not exactly predict the operating pump pressure and the temperature profile in fractures,it is difficult to make a fracturing design suited to ultra deep formation,leading to failure in the operation finally.
     超深井压裂的施工泵压、温度很高,压裂工程师如果不能准确地预测施工泵压和裂缝中温度剖面状况,就很难做出适合超深地层的压裂设计,最终导致施工失败。
短句来源
     The item investigates the fracturing fluid system using in deep well fracturing in Xinjiang oil field, and optimizes suitable aqueous fracturing fluid system and fracturing fluid additive.
     本文针对新疆油田深井压裂用的压裂液体系进行了研究,优选了合适的水基压裂液体系和压裂液添加剂。
短句来源
     Combining with the studies and practices of super deep well fracturing in injection well stimulation of Talimu Donghe Oilfield,this paper introduces the super deep well fracturing technology and its present situation and features,field application results and evaluation method in Donghe Oilfield.
     结合塔里木东河油田注水井改造在趋深井压裂方面的研究和实践,介绍了国内超深井压裂现状及起深井压裂的特点; 东河油田趋深井压裂工艺技术研究;
短句来源
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  相似匹配句对
     STUDY ON FRACTURING TECHNOLOGY OF SUPER DEEP WELL
     超深井压裂工艺技术研究
短句来源
     FRACTURING TECHNOLOGY OF DEEP EXPLORATION WELL IN DAGANG OILFIELD
     大港油田深探井压裂改造技术
短句来源
     EXPERIMENTAL STUDY ON HIGH ENERGY GAS FRACTURING TECHNIQUE OF DEEP WELL
     深井高能气体压裂技术试验研究
短句来源
     Influence Factors Analysis for Deep Exploration Well Fracturing in Dongpu Depression
     东濮凹陷深层探井压裂效果影响因素分析
短句来源
     APPLICATION OF FULL 3-D FRACTURING DESIGN SOFTWARE TO ULTRA DEEP WELL FRACTURING DESIGN
     全三维压裂设计软件在超深井压裂设计中的应用
短句来源
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Fracturing of super deep well is a new developing technology on the basis of conventional hydraulic fracturing. Combining with the studies and practices of super deep well fracturing in injection well stimulation of Talimu Donghe Oilfield,this paper introduces the super deep well fracturing technology and its present situation and features,field application results and evaluation method in Donghe Oilfield.

超深井压裂是一项在常规水力压裂基础上发展起来的新技术。结合塔里木东河油田注水井改造在趋深井压裂方面的研究和实践,介绍了国内超深井压裂现状及起深井压裂的特点;东河油田趋深井压裂工艺技术研究;东河超深井压裂现场实施及效果;超深井压裂工艺分析及评价。

The paper analyzes comprehensively the influence of the test data prior to fracturing, the perforation parameters, the materials and the operational technology et al. on deep exploration well fracturing in Dongpu Depression. The suitable technology conditions for deep well fracturing are discussed. The results of two typical wells are reviewed.

综合分析了压前测试资料、射孔参数、入井材料及施工工艺等因素对东濮凹陷深层探井压裂效果的影响,探讨了适合深井压裂改造的工艺技术条件,并对典型井进行了分析。

Because the pump pressure and temperature at the time that ultra deep well fracturing operation is made are very high,if fracturing engineer can not exactly predict the operating pump pressure and the temperature profile in fractures,it is difficult to make a fracturing design suited to ultra deep formation,leading to failure in the operation finally.In view of the characteristics of the ultra deep wells in Tarim DH oil field,an optimum fracturing design for the three water...

Because the pump pressure and temperature at the time that ultra deep well fracturing operation is made are very high,if fracturing engineer can not exactly predict the operating pump pressure and the temperature profile in fractures,it is difficult to make a fracturing design suited to ultra deep formation,leading to failure in the operation finally.In view of the characteristics of the ultra deep wells in Tarim DH oil field,an optimum fracturing design for the three water injection wells has been made through accurately predicting the operating pump pressure,understanding the temperature profile in fractures and mastering the fracture extending law by use of full 3-D fracturing design software (Terra Frac) and by combination with the results in reservoir simulation.The field operation came to a successful conclusion and obtained an obvious augmented injection effect by use of the boosting pump fracturing unit and the premium and low damage new organic fracturing fluid system suited to ultra deep formation.

超深井压裂的施工泵压、温度很高,压裂工程师如果不能准确地预测施工泵压和裂缝中温度剖面状况,就很难做出适合超深地层的压裂设计,最终导致施工失败。文章针对塔里木DH 油田超深井特点,应用全三维压裂设计软件(Terra Frac) ,准确预测施工泵压,了解裂缝中温度剖面状况,掌握裂缝延伸规律,结合油藏模拟结果,进行了三口注水井的压裂优化设计,利用增压泵压裂车组,采用适合超深地层的优质、低伤害有机压裂液新体系,现场施工取得圆满成功,增注效果显著。

 
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