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fracturing equipment
相关语句
  压裂设备
     Design of overpressure protection device for fracturing equipment.
     压裂设备超压保护装置设计
短句来源
     To inspection the manufacturing and assembly quality and the comprehensive performance of the cementing and fracturing equipment, a special simulation test system is built.
     为了对固井、压裂设备的制造、装配质量和整机性能进行试验检测,满足油田用户的最终需要,专门设计建造了固井、压裂设备模拟性能试验场。
短句来源
     A Review of Well Cementing Units and Fracturing Equipment and a Forecast About Their Development in China
     国内外固井压裂设备现状及对发展我国固井压裂设备的建议
短句来源
     In order to ensure safety of equipment and operators and avoid formation demage in fracturing operation,a overpressure protection device for fracturing equipment is developed.
     在压裂施工作业中 ,为了保证施工设备和现场人员的安全 ,同时使地层免遭破坏 ,研制了压裂设备超压保护装置。
短句来源
  “fracturing equipment”译为未确定词的双语例句
     Data acquisition and analysis system of simulated performance test of cementing and fracturing equipment.
     固压设备模拟性能试验的数据采集及分析系统
短句来源
     Over 50 years of development, hydraulic fracturing has become one of the important way of stimulation and a method for reservoir evaluation, and achieved great progressing on such aspects as fracture model, dynamic prediction, fracturing fluid, propant, fracturing equipment and application fields, etc.
     水力压裂技术经过 5 0多年的发展 ,在裂缝模型、压裂井动态预测、压裂液、支撑剂、压裂施工设备、应用领域等方面均取得了惊人的发展 ,不但成为油气藏的增产增注手段 ,也成为评价认识储层的重要方法。
短句来源
  相似匹配句对
     EQUIPMENT
     竞技装备
短句来源
     Discussion on the Development of Fracturing/Acidizinq Equipment
     关于发展压裂酸化设备的几个问题
短句来源
     Design of overpressure protection device for fracturing equipment.
     压裂设备超压保护装置设计
短句来源
     Agricultural equipment
     农业装备
短句来源
     Fracturing in the solid Earth
     固体地球中的破裂(二)
短句来源
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he present status and developing tendeney of hydraulic fracturing technology abroad in recentyears are introduced. The paper puts stress on the designing techniques,proppant,fracturing fluids,additives,fracturing equipment, testing techniques of fracturing, controlling of the hight of fractured cracks, nameingbriefly the developing tendency and some proposals concerned.

综述了近几年来国外水力压裂工艺技术现状和发展动向.着重对水力压裂的设计技术、支撑剂、压裂液和添加剂以及压裂设备,压裂检测技术,压裂缝高控制技术等进行了综合论述并简单介绍了水力压裂今后的发展方向和有关建议.

In order to ensure safety of equipment and operators and avoid formation demage in fracturing operation,a overpressure protection device for fracturing equipment is developed.The device is a high intelligent monitoring apperatus based on 8031 monolithic processor.Its internal circuit adopts such techniques as high precision date conversion chip ICL7315 and correlatedinterface,RS-422 serial communication,photoelectric isolation and phonic compound.When the pressure excesses the preset range,it will alarm...

In order to ensure safety of equipment and operators and avoid formation demage in fracturing operation,a overpressure protection device for fracturing equipment is developed.The device is a high intelligent monitoring apperatus based on 8031 monolithic processor.Its internal circuit adopts such techniques as high precision date conversion chip ICL7315 and correlatedinterface,RS-422 serial communication,photoelectric isolation and phonic compound.When the pressure excesses the preset range,it will alarm and make the system run in a protecion state.The device not only can operate independently,but also can carry out online work with the hostcomputer.Field use shows that,the device can meet the operation requirements,and good economic benefit can be achieved.

在压裂施工作业中 ,为了保证施工设备和现场人员的安全 ,同时使地层免遭破坏 ,研制了压裂设备超压保护装置。该装置是基于 80 31单片机的高智能型监控装置 ,内部电路采用了高精度数据采集A/D芯片ICL7135及其相关的接口技术、RS - 4 2 2串行通讯、光电隔离和语音合成等技术。当压力超过设定范围时它将语音提示并使装置进入保护运行状态。装置能独立于其他监控系统工作 ,也能与上位计算机联机工作。现场应用表明 ,该装置在测量精度和系统可靠性方面都能较好地满足作业要求 ,取得了很好的经济效益

Over 50 years of development, hydraulic fracturing has become one of the important way of stimulation and a method for reservoir evaluation, and achieved great progressing on such aspects as fracture model, dynamic prediction, fracturing fluid, propant, fracturing equipment and application fields, etc. Hydraulic fracturing has been further improved and developed in recent years, mainly on overall optimum fracturing, repeated fracturing, large-scale fracturing, high sand fracturing,...

Over 50 years of development, hydraulic fracturing has become one of the important way of stimulation and a method for reservoir evaluation, and achieved great progressing on such aspects as fracture model, dynamic prediction, fracturing fluid, propant, fracturing equipment and application fields, etc. Hydraulic fracturing has been further improved and developed in recent years, mainly on overall optimum fracturing, repeated fracturing, large-scale fracturing, high sand fracturing, and CO 2 foam fracturing, etc., and has been applied in the special well conditions such as slant well, horizontal well, deep and ultra-deep well, and slim hole. Domestically, this technology has approached the international advanced standard, especially on such aspects as design software, fracturing and acidizing material and field operation technology, etc. The suitable fracturing technology for different types of reservoir is presented, and the developing direction on novel fracturing material, testing technology, formation damage control and flow-back mechanism is also forecasted.

水力压裂技术经过 5 0多年的发展 ,在裂缝模型、压裂井动态预测、压裂液、支撑剂、压裂施工设备、应用领域等方面均取得了惊人的发展 ,不但成为油气藏的增产增注手段 ,也成为评价认识储层的重要方法。近期水力压裂在总体优化压裂、重复压裂、大型压裂、高砂比压裂 ,端部脱沙压裂、CO2 泡沫压裂及特殊井 (斜井、水平井、深井、超深井、小井眼井等 )压裂技术方面有了进一步的完善和发展 ,压裂的单项技术也有了很大进展。国内压裂酸化技术在设计软件、压裂酸化材料、施工技术指标等方面 ,已接近国际先进水平。介绍了国内不同储层类型所适用的压裂技术 ,展望了在新型压裂材料、试验技术研究、滤失伤害和返排机理研究等方面的发展方向 ,对更好地发挥水力压裂技术在油气田勘探与开发中的作用具有重要意义。

 
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