1) fracturing equipment
压裂设备
1.
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。
3) fracture design
压裂设计
1.
Based on analysis of testing data interpreting the influence on factor of fracture op- eration,true friction of fracture fluid in stem is calculated accurately,pressure grade of fracture and temperature profile of crack are determined which direct fracture design and provide a reference for optimum of it.
由此,可根据测试资料分析评价影响压裂施工的因素,准确计算压裂液在管柱中的真实摩阻,确定压裂的压力等级和裂缝的温度剖面,指导压裂设计,为优化设计提供可靠依据。
2.
The efficiencies of closure pressure and fracturing fluid in the reservoir are accurately obtained by using the new method, with which the main fracture design is made, proper proppant volume and total fracturing fluid volume are designed with successful field application.
利用新方法可以准确求取储层的闭合压力和压裂液效率 ,据此进行的主压裂设计 ,设计合理的支撑剂体积与总压裂液体积 ,现场施工取得了成
4) fracturing design
压裂设计
1.
6),comprehensive damage coefficient(95%-98%)of fracture,and combining optimized fracture length and linearity sloping sanding programming,the optimization method of sanding concentration in fracturing design was formed.
针对目前压裂设计中加砂浓度的确定,文章以裂缝无因次导流能力Fcd=1。
2.
For fracturing design,ahead fluid volume is an important operation parameter,which directly influences fracture morphology,fracture results or even results the success or failure of the operation.
压裂设计中,前置液用量是一个重要施工参数,它直接影响着裂缝形态、压裂改造效果,甚至决定压裂施工的成败。
3.
According to such conditions as complicated geology, fracture development and low efficiency of fracturing stimulation in Daqingzi oilfield, which is one large oilfield with hundred million tons of reserves, the article describes the methods of fracturing design for naturally fractured reservoirs and difficulties of fracturing treatment .
根据大情字井区裂缝性油藏的特点,阐述了裂缝性油藏的压裂设计思路、压裂优化设计和压裂施工的难度,提出裂缝性油藏和非裂缝性油藏压裂设计的不同之处。
5) Pressure equipment
承压设备
1.
Fundamental research of pressure equipment and its priority research areas.;
我国承压设备学的研究现状和优先研究领域
2.
It elucidated the welding material technical requirement of pressure equipments in China and the harm of two systems about current welding .
通过对锅炉压力容器用焊接材料的中、美、日和欧洲共86个国家标准,国内外6家著名厂商的726J焊条型号与牌号、555个焊丝型号和牌号、178个焊丝-焊剂型号与牌号进行了全面综合分析对比,总结了我国焊接材料特点,阐明我国承压设备用焊接材料技术要求,指出当前焊丝国家标准两个系统的危害,以及焊丝、埋弧焊焊材标准不保证熔敷金属化学成分与力学性能等的不足,对我国承压设备用焊材的需求及发展提出明确要求。
3.
This paper probes into some problems existing in the application of safety valve of pressure equipment,and advances some solving measures.
对承压设备安全阀使用中存在的几个问题进行了探讨,并提出相应的解决措施。
6) HP equipment
高压设备
1.
An overall detection of 4 HP equipments was done to the ammonia stripping plant which has operated over 10 years.
对运行了10a的氨汽提装置4台高压设备进行全面检测,根据大修期间腐蚀检测情况,结合设备自身的特点,论述斯那姆氨汽提尿素装置高压设备的腐蚀问题。
补充资料：压裂设备
见油气井井下作业设备。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条