2) lift technology
举升工艺
1.
With the increasing of oil well and producing reserves, it is difficult for conventional artificial lift technology to meet the producing need.
随着油井深度及稠油动用储量的增加,常规举升工艺已很难满足生产的需要。
2.
The paper analyses the effect factors on ternary combination flooding lift technology,compare application conditions and economic benefit of three lift technologies in ternary combination flooding and select a lift technology suited for ternary combination flooding.
针对困扰三元复合驱举升工艺的因素进行分析 ,并将 3种举升工艺在三元复合驱的使用情况及经济效益进行对比 ,从中优选出适用于三元复合驱的举升工艺 ,为工业化推广提供依据。
3) lifting technology
举升工艺
1.
The reservoir performance is the design basis of the steam injection and the lifting technology, whereas, the steam injection and the lifting technology affect the reservoir performance.
根据油藏动态对注汽工艺和井筒举升工艺进行优化设计 ,是提高稠油油藏开发效果的重要手段。
2.
Based on the research of viscosity?temperature relationship of heavy oil, lifting technology in deep wells and mixing light oil for viscosity reduction, the feasibility of lifting technology of hollow rod is studied.
该文针对深层稠油油藏的特点 ,在对稠油粘温关系和深井举升工艺进行研究的基础上 ,结合实验室掺稀油降粘效果研究结果 ,对空心杆泵上和泵下掺稀油举升工艺的可行性进行了研究。
4) lifting in borehole technique
井筒举升工艺
5) Diluted Crude Oil Lift
掺稀举升工艺
6) DAF
气浮工艺
1.
In order to find out the optimal operating parameters of dissolved air flotation(DAF) process,many operation parameters of DAF were studied in the pilot plant,such as pretreatment condition,the dosage of coagulant,hydraulic loading,hydrodynamic condition,recycle rate,scum period,etc.
为找出气浮(DAF)工艺的最佳运行工艺参数,对影响气浮工艺出水效果较大的预处理条件、混凝剂投量、水力负荷、水力条件、回流比、刮渣周期等运行参数做了大量的中试试验研究,发现适当的预臭氧处理可以提高UV254的去除,预加氯可以提高对浊度和藻类的去除,预加高锰酸盐可以提高对浊度、藻类、嗅味和UV254等的去除,预加粉末活性炭可以提高对有机物、色度、嗅味的去除,混凝剂投量从10 mg/L增加到50 mg/L,气浮工艺对有机物的去除率提高了30%~40%,水力负荷越高气浮出水浊度越高,回流比越大气浮出水浊度越低,气浮池过长的刮渣周期也会降低出水水质。
2.
Efficiency of treatment for low temperature and low turbidity water by DAF can be improved,but it will lead to relatively large amount of consumption of chemical and energy.
采用气浮工艺可以提高低温低浊处理效果,但投药量较大且气浮系统的能耗较高。
补充资料：采气工艺(见天然气开采工艺)
采气工艺(见天然气开采工艺)
gas production technology
，一‘J\匕乙吕天然气开采工艺pro以uetionteehnology)见
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