将连续气举工艺设计与射流泵工艺设计结合起来，并应用节点分析方法建立了一种新组合工艺设计方法。
Combine technics approach of continuous gas lift and jet pump, and what's more, apply node analysis to establish new processing approach.
研发的工艺设计软件除了可以进行气体加速泵工艺设计之外，也能进行连续气举工艺设计，并可以计算气体加速泵动态。
It cannot only provide the technical design method for gas lift jet pump and continuous gas lift, but also makes dynamic analysis for it.
目前，国内外高含水油田一般采用气举、有杆泵、电潜泵等采油方式。
Some methods such as gas-lift, beam bump and submersible bump are usually used in oilfield with high water content.
气举是通过气举阀，从地面将高压气体注入停泵的井中，利用气体的能量举升井筒中液体，使井恢复生产能力。
Gass lift gas lift valve from the ground, the high-pressure gas injection Wells stop the pump, use of gas energy to lift the liquid in the wellbore, the well to restore production capacity.
分别阐述了单一电潜泵、气举举升方式的设计方法并建立了数学模型。
This paper studied the design of single esp and gas lift respectively, and then established the mathematical model.
气举是通过气举阀，从地面将高压气体注入停泵的井中，利用气体的能量举升井筒中液体，使井恢复生产能力。
Gass lift drainage gas recovery by gas lift valve, from the ground to high-pressure gas injection stop injection Wells, the gas energy gradually lift shaft in the liquid, the well production capacity.
人工举升最简单的实现技术形式是气举技术或者泵辅助举升技术。
In its simplest form, artificial lift can be done through either gas-lift techniques or pump-assisted lift techniques.
电潜泵是一种最早用于采油的人工举升设备，用它进行排水采气碰到了许多技术难题。
Submersible electric pump is a kind of artificial lift equipment used for oil producing, it has encountered many technical troubles during dewatering gas production.
该业务主要为澳大利亚煤层气市场提供了人工升举产品，包括泵、动力装置和高含沙井优化技术。
The business unit provides a suite of artificial lift products to the Australian coal seam gas market including pumps, drives and solids management technology.
举例分析了电潜泵与气举参数的选择对组合举升系统产能的影响。
The case analysis shows the effect to the productive of combined lift system by the choice of gas lift and ESP's parameters.
根据上部气举对液面的影响情况提出了气举-电潜泵组合举升的两类设计方法。
Finally, it brings up two different ways of how to design GL-ESP combined lift according to whether has an influence on annular fluid level or not.
吐哈油田自91年投产以来，随着油田的开发地层压力逐年下降而气油比呈急剧上升趋势，特别是温米油田出现了大批的高气油比油井，这给目前采用的有杆泵和电潜泵举升带来了一定的难度。
TUHA oil field has been putting into production in 1991, with the development of TUHA oil field, the reservoir pressure is dropping off, the gas oil ratio(GOR) is quickly rising.
吐哈油田自91年投产以来，随着油田的开发地层压力逐年下降而气油比呈急剧上升趋势，特别是温米油田出现了大批的高气油比油井，这给目前采用的有杆泵和电潜泵举升带来了一定的难度。
TUHA oil field has been putting into production in 1991, with the development of TUHA oil field, the reservoir pressure is dropping off, the gas oil ratio(GOR) is quickly rising.
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