与泡排剂一起形成了完整配套的泡沫排水采气措施。
The bar and the foam agent form a complete set of foam drainage gas recovery steps.
泡沫排水采气工艺成败的关键取决于起泡剂的性能。
The performance of foaming agents is the key to the success of production gas techniques of foam drainage.
柱塞举升适用于高气液比油井生产和气井的排水采气。
It is used to produce high gas-liquid ratio oil Wells or for unloading liquid in gas Wells.
提出该气藏属弱水堵气藏，可用排水采气法大幅度提高采收率。
This reservoir belong to weak water blocking type and the recovery efficiency can be improved greatly with water drainage gas production.
开发中的数值模拟研究能够优选排水采气方案治理水相圈闭损害。
The numerical simulation in the development can optimize drainage gas recovery program to prevention and control aqueous trapping.
为方便采气工程师进行监测、诊断、分析、设计，研制开发了排水采气综合平台软件。
For easy to adopt the gas engineer proceeds to monitors, examine, analyze, design, develop synthesize the terrace software about drainage gas recovery.
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.
气举是目前行之有效的人工举升排水采气工艺，适用于水淹井复产、助排和气藏排水。
The gas lifting is an effect artificial lifting technical to dewatering gas recovery for the moment.
在四川盆地气田的排水采气生产中，气举和泡排作为单项成熟的工艺技术得到广泛应用。
As individual technology, dewatering gas production by gas lifting and by foam have been widely applied in the production in Sichuan basin gas field.
可对技术筛选可行的、具有多项经济指标的各个排水采气工艺候选方案进行技术经济综合评价。
It can evaluation the drainage gas technical which is screening of possible and have a number of economic indicators.
四川盆地是我国最大的天然气生产基地之一，而实施排水采气工艺技术是老区天然气稳产极其重要的保证。
As one of the largest gas production area of China, Sichuan gas filed ensure stable production of natural gas of the maturing filed by the drainage gas recovery technology.
本文在完善气举公式法设计的基础上，提出了用PC-1500计算机编制的气举排水采气工艺的设计程序。
On the basis of perfecting gas-lift formula method design, this paper presents the design program worked out with PC-1500 computer for gas-lift water withdrawal technology in gas production.
这种装置在结构上能够满足深井采用组合油管的要求，为深井柱塞排水采气与柱塞举升采油提供了一种新的思路。
This kind of device could satisfy the require that deep well adopts combined tubing and supplies a new way for gas recovery by water drainage, and oil recovery with plunger lifting in deep well.
分析并提出气井各生产阶段的工艺技术措施与对策，气井生产后期应用复合型排水采气技术是提高气藏采收率的重要措施。
In the late production period of gas well, complex drainage gas recovery technology is the important measure for raising the recovery efficiency of gas reservoir.
在对常规气举排水采气工艺设计理论的分析基础上，针对崖13-1气田的特殊性，对其气举排水采气的设计方法进行了研究。
The thesis also makes a study of the gas lift draining and gas production project in view of particularity of Ya 13-1 gas based on the analysis of general gas lift draining and gas production theory.
气举排水采气技术是通过气举阀，从地面将高压天然气注入停喷的井中，利用气体的能量逐级举升井筒中的液体，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.
气举排水采气技术是通过气举阀，从地面将高压天然气注入停喷的井中，利用气体的能量逐级举升井筒中的液体，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.
气举排水采气技术是通过气举阀，从地面将高压天然气注入停喷的井中，利用气体的能量逐级举升井筒中的液体，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.
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