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   高温气井 在 石油天然气工业 分类中 的翻译结果: 查询用时:0.639秒
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高温气井
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  “高温气井”译为未确定词的双语例句
    Study on the mechanism and performance of the condensate water producing from abnormal high-temperature gas wells
    异常高温气井凝析水产出机理及动态研究
短句来源
    Through establishing precise pressure-temperature coupling prediction model, drawing temperature distribution curve in HT gas well and based on predecessor's study, this paper can provide much more precise data about well casing temperature.
    在前人研究的基础上,本文建立了压力、温度耦合预测模型,该模型能绘制高温气井井筒温度分布曲线,能够提供较精确的井筒温度数据。
短句来源
    Through the investigations which have been mentioned above, a more all-around comprehension about the influence of temperature on casing can be provided in HT gas well.
    通过以上的研究,将对高温气井中温度对套管的影响有着更加全面地认识。
短句来源
    Chemical dewatering gas production is a main recovery method for water-bearing gas reservoirs. But many foamers used for chemical dewatering gas production technology aren't suitable for some high salinity and high temperature gas wells in east Sichuan.
    化学排水采气已成为有水气藏的主要开采方式之一,用于化学排水采气工艺的起泡剂也很多,但仍不能适用于川东某些高矿化度、高温气井
短句来源
    The correct recognition of the water producing law of high-temperature gas wells is important to the reasonable design of gasfield development plan.
    这对于正确认识高温气井产水规律,编制合理的气田开发方案具有重要现实意义.
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Chemical dewatering gas production is a main recovery method for water-bearing gas reservoirs.But many foamers used for chemical dewatering gas production technology aren't suitable for some high salinity and high temperature gas wells in east Sichuan.According to the features of high temperature (90℃~110℃)and high salinity (100 000mg/L) in esat Sichuan wells,a new foamer COM is developed.It is suitable for high temperature and high salinity gas wells.Research result shows that using OA and AS as main foamer,PVA...

Chemical dewatering gas production is a main recovery method for water-bearing gas reservoirs.But many foamers used for chemical dewatering gas production technology aren't suitable for some high salinity and high temperature gas wells in east Sichuan.According to the features of high temperature (90℃~110℃)and high salinity (100 000mg/L) in esat Sichuan wells,a new foamer COM is developed.It is suitable for high temperature and high salinity gas wells.Research result shows that using OA and AS as main foamer,PVA as stabilizer,the foaming result is very good.The formulation and performance parameters of new foamer COM are also given,and the effect of salinity on liquid carrying capability of foam is studied.

化学排水采气已成为有水气藏的主要开采方式之一,用于化学排水采气工艺的起泡剂也很多,但仍不能适用于川东某些高矿化度、高温气井。针对川东地层温度高(90 ℃~110 ℃) 、矿化度高(100 000 mg/ L) 的特点,对目前使用的起泡剂进行筛选、复配,从而找到了一种适用于高温、高矿化度气井的新型起泡剂 C O M。根据研究表明:用 O A 和 A S 作为主发泡剂、 P V A 为稳定剂起泡效果最佳。给出了新起泡剂 C O M 的配方及性能参数。同时研究了矿化度对泡沫携液量的影响。

Based on the phase equilibrium theory of oil-gas-water multi-phase,the phase varying characteristics of the hydrocarbon and water in formation and well-bore under the original gas reservoir condition with abnormal high-temperature and in production process are studied by simulation,and the process and mechanism of the condensate water producing from the gas wells are analyzed.The contents of the saturated condensate water in condensate gas under different temperatures and pressures are calculated,the production...

Based on the phase equilibrium theory of oil-gas-water multi-phase,the phase varying characteristics of the hydrocarbon and water in formation and well-bore under the original gas reservoir condition with abnormal high-temperature and in production process are studied by simulation,and the process and mechanism of the condensate water producing from the gas wells are analyzed.The contents of the saturated condensate water in condensate gas under different temperatures and pressures are calculated,the production performance of the condensate water is obtained.The law and the source of the early condensate water producing of two practical gas wells are analyzed.It is shown that the mechanism of the condensate water producing is the multi-phase equilibrium of hydrocarbon and water under different temperatures and pressures,the production law of the condensate water can be used for the preliminary judgment of the water source in gas wells and the analysis of the water producing performance of gas wells.The correct recognition of the water producing law of high-temperature gas wells is important to the reasonable design of gasfield development plan.

基于油气水多相相平衡理论,模拟了异常高温气藏地层原始条件和生产过程中地层和井筒的烃水相态变化特征,分析了气井凝析水的采出过程和机理.计算了不同温度压力条件下凝析气中饱和凝析水含量,得出了气井凝析水产出动态规律曲线.最后对两口实例凝析气井早期产水规律和产水来源进行了分析.结果表明,凝析水产出机理是烃水在不同温度压力条件下的多相平衡,凝析水产水规律可用于气井产水来源和气井产水动态的初步判定和分析.这对于正确认识高温气井产水规律,编制合理的气田开发方案具有重要现实意义.

 
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