油气分离器

螺杆压缩机油气分离器的设计与应用

Design and Application on the Air / oil Separator for Compressor

GB/T31.2-1988六角头螺杆带孔螺栓细杆B级螺杆压缩机油气分离器的设计与应用

Hexagon bolts with split pin hole on shank Reduced shank Product grade B Design and Application on the Air / oil Separator for Compressor

CFD技术在油气分离器改型设计中的应用

Application of CFD in the modification of an oil-gas separator design

本文应用Fluent软件对喷油螺杆式空气压缩机第一级油气分离器内的气液两相流流场进行了数值模拟。

The flow field inside an oil-gas separator are simulated with software Fluent .

本文介绍了一套燃油蒸发排放控制系统（EECS），此系统主要包括炭罐、清洗阀、油气分离器、翻车阀等。

In this paper , an EECS ( Evaporation Emissions Control System ), which includes the canister , purge valve , vapor-liquid separator , rollover leakage protection valve , is designed and tested .

新型电潜泵用高效油气分离器的研究与应用

Study and application of new oil-gas separator for electric submersible pump

对油气分离器液面及压力控制的分析及改进

Analysis and advice for separator 's pressure and liquid level control

油气分离器内油滴轨迹的数值模拟

Numerical simulation of locus of oil droplet in oil-air separator

信号交叉口延误计算方法的比较关键词：油气分离器机理研究仿真分析实验研究结构设计

Analysis and Simulation on Signalized Intersection Delay By the study of simulation

井下油气分离器分气效率影响因素

Affecting factors research on gas-separating efficiency of downhole gas / oil separator

航空发动机油气分离器分离技术的研究及结构设计

Study of separate technology of lubricant-air separator and structure design in aeroengine

完成了油气分离器性能试验装置设计和试验方案的设计。

The experiment equipment and blue print of the gas-liquid separator are designed .

泡沫原油油气分离器的研制

Development of Oil-Gas Separator Used for Foam Crude

介绍了油气分离器的分离原理和液面控制方法，提出了采用变压力液面控制方法。

Introduces the principle and methods of liquid level control of separators in compressor group .

现有油气分离器在高油气比油井中应用，分离效果差。

The existing oil-gas separators are used in high oil-gas ratio well with low efficiency .

目前，离心式油气分离器作为除油设备被应用于潜艇上。

At present , centrifugal oil-air separator is applied to the submarine to eliminate the oil mist .

井下油气分离器分离腔气泡运动轨迹的仿真研究

Investigation on Simulation of Gas Bubbles Movement Tracks in the Separating Antrum of Underground Oil and Gas Separator

该油气分离器设计有防磨抗腐蚀性能的硬质合金轴承、采用高强度材料的补偿套及接头结构。

It is made of carbide bearing with wear prevention and corrosion resistance , high intensity material lining and joint .

本文介绍美国几家公司生产的两种油气分离器结构、工作原理及试验室、现场试验效果。

The structure , working principle , lab and field test results of two kinds of gas-separators manufactured by several companies in U.

油气分离器数值模拟与分离性能研究不同挡板开度下静态分离器分离性能数值模拟

Numerical Simulation and Separate Efficiency Study of Oil-air Separator ; Numerical simulation on separation performance of stationary classifier with different opening ratio of baffle plate

该装置主要由热载体烤漆炉、辐射加热管，热载体炉、膨胀器、油气分离器和储油槽等组成。

The new device consists of paint-drying box , heat carrier boiler , heating pipe , expansion tank , gas separator and oil tank , etc.

主要内容如下：1.设计了一种新型油气分离器，这种分离器使用了重力分离、离心分离、惯性分离以及过滤分离这四种技术。

The main contents are as follows : 1 . The new type of oil-gas separator combines gravity , centrifugal , inertial and filtering separation techniques .

为此，在泵吸入口前增设一油气分离器，从而改善了潜油泵的运行性能。

Therefore , a gas-separator is to be fitted in front of the suction inlet for the submersible pump , and its running properties are to be improved .

介绍了装置的组成、工作原理及泡沫原油油气分离器的结构特点，分析了装置的计量误差及装置的现场测试情况。

Introduced the device make up , working principle and the construction feature of separator for foamed crude , Analysed the measuring error u site testing data of the device .

油气分离器的工作过程是一种极其复杂的三维强旋转湍流、两相分离运动，因此很难通过解析的方法预报内部流动状况。

Its work-process is a most complex three-dimension movement of revolving turbulence and two-phase separation . So it is very difficult to predict the law of flow with parse means .

并根据油气分离器内气雾流流态波动较大、参数难以确定的特点，给出了液滴沉降速度、沉降效率和沉降区的简易计算方法。

On the basis of fairly large of the fluctuation of gas-fog flow state , the article gives simple calculation methods of droplet settling speed , settling efficiency and settling area .

液滴沉降区是油气分离器的重要组成部份。在介绍液滴沉降速度和液滴在水平气流中的沉降计算的基础上，分析了液滴在不同气体流态下的受力状态和运动轨迹。

This article introduces the calculation of droplet settling speed and droplet settling in horizontal gas flow , analyses the forced state and the motion locus of droplet in different gas flow patterns .

文章重点介绍了井下油气分离器试验装置的设计方案及试验方法，详细论述了该装置的设计原则、装置组成、工作原理及特点。

This paper introduces the design project and experiment method of the examination equipment of oil-gas separator in emphases , particularly discussing the design principle , the composition , the working principle and characteristic of equipment .

介绍了某型导弹除气加注组件系统的构成，阐述了该系统的油气分离器、液压油加注系统和控制部分的功能结构及工作原理，并给出了系统软件流程。

Missile Degassing and Charging Groupware is introduced . It describes the function and work principle of oil and vapour separating device , hydraulic charging and control system , and presents the flowchart of control system software .

深入开展井下油气分离器分气效率的研究，对提高抽油系统的管理水平、提高抽油井泵效、改进油气分离器的结构设计等方面具有重要意义。

So an in-depth study of oil-gas separation efficiency of downhole oil-gas separators has important meaning for improving control level of oil pumping system 、 increasing pumping efficiency of production wells and improving structure design of oil-gas separator .