混输 的翻译结果

  本文关键词：特高含水期油气水管道安全混输界限确定及水力热力计算方法研究，，由笔耕文化传播整理发布。

     The Testing Study of Temperature Limit and Pressure Drop for Oil-gas-water Mixed Transportation during Extracting Oil of Highly-Watery

     高含水期油气水混输温度界限及压降试验研究

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     Testing study of pressure drop for oil-gas-water mixed transportation horizontal pipeline during producing oil with highwater-cut

     高含水采油期油气水混输水平管路压降试验研究

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     Temperature limit for oil-gas-water mixed transportation in safety during oil production with special high water-cut

     特高含水采油期安全混输温度界限试验研究

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     The calculation method for the pipeline pressure drop of mixed transportation,which the paper introduces with case,consists of the following steps:(1)calculating the characteristic parameters of oil,gas and water when transported as a mixure in pipeline ;

     结合实例介绍了混输管路压降的计算方法,其计算步骤为:1.计算混输管路油、气、水物性参数;

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     The Calculation Model of Oil-Gas-Water Mixed Transportation Pipeline

     油气水混输管路计算模型

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     An Experimental Study and Simulation Principles of an Oil Gas Multiphase Transportation System

     油气混输系统的实验研究与实验模拟准则

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     Application of Motile Waste Gas Collecting Tank and New Multiphase Transportation Technique

     活动式大罐收气装置及油气混输新工艺的应用

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     The technology of multiphase transportation, which has been successfully applied in onshore oilfield development in foreign countries, is applicable as well in the oilfields in desert and beach.

     国外多相流管道混输技术已经成功地应用于海洋油田的开发,这项技术也可引入荒漠油田及滩涂油田的开发。

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     The oil-gas transport pump, which serves as main tool for multiphase transportation in oilfield, may both increases the product for developed oilfield and reduces the investment for developing oilfield Therefore, more and more scientists give their attention to the research for this kind of pump and make it to be a hotspot in multiphase transportation;

     油气混输泵作为油田中多相输送的主要工具,不但可以提高已开发油田的产量,简化生产设备,而且可以减低新开发油田的工程投资,因此,对油气混输泵的研究也越来越受到人们的重视,成为当前多相输送研究的热点。

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     The Limit Confirming and Hydraulic/Thermodynamic Calculation Method Research for Oil-gas-water Mixing Transportation Safe in Pipeline during Oil Producing with Supper High Water Cut

     特高含水期油气水管道安全混输界限确定及水力热力计算方法研究

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     The Limit Confirming and Hydraulic/Thermodynamic Calculation Method Research for Oil-gas-water Mixing Transportation Safe in Pipeline during Oil Producing with Supper High Water Cut

     油田特高含水期油气水埋地混输管道温降计算方法研究

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     A comparison of unloading time, energy consumption, evaporation loss and capital investment shows that submerged pump is preferable than vacuum pump, while slide pump enjoys advantage as it is capable of vapor-liquid mixing transportation and shall be further developed and disseminated.

     举例从卸油时间、能耗、蒸发损耗、投资对比等方面说明潜油泵卸槽法优于真空泵卸槽法,而滑片泵可实现汽、液混输,有待进一步推广应用。

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     In this article,the actual state and the application have been specified, which includes the multiphase pipeline construction status quo at home and abroad, the flow roles of mixing transportation, the multiphase measuring technique, multiphase increasing-pressure technique, rich gas transportation technique and the solid resultant problem.

     就国内外多相流管道的建设、混输管道流动规律、多相计量技术、多相增压技术、富气输送技术及固态生成物问题等方面的现状和应用情况进行了叙述。

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     Compared with long distance oil and gas mixing transportation, long distance rich gas transportation could be reliable technical scheme, provided that rich gas is desulfurized and dehydrated.

     与油气长距离混输方案相比 ,只要经过脱硫、脱水处理 ,富气的长距离输送是较稳妥的技术方案。

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     Comprehensive Cleaning Technology of Oil-water Mixed Transmission Pipelines

     油水混输管道的综合清洗技术

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     The application of mixed transmission technology for wet natural gas can reduce number of operators at condensate gas fields in adverse offshore, desert, Gobi and beach environments and decrease producing cost.

     湿天然气混输技术的应用可减少海洋、沙漠、戈壁、滩海等条件恶劣的凝析气田的操作人员和降低开采费用。

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     The scaling composition in oil-water mixed transmission pipelines for oil field is quite complex,but good cleaning result can be obtained by conducting comprehensive cleaning with application of chemicaland physical methods. Its economic effectiveness is quite considerable and its application prospect is alsogood enough.

     油田油水混输管道的结垢成分复杂,应用化学和物理方法进行综合清洗,能够取得很好的清洗效果,经济效益可观, 应用前景十分看好。

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  本文关键词：特高含水期油气水管道安全混输界限确定及水力热力计算方法研究，由笔耕文化传播整理发布。