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   production water 的翻译结果: 查询用时:0.011秒
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production water
相关语句
  产出水
     the component of production water of Wen215-10 is complex.
     文215-10井产出水离子成份复杂。
短句来源
     Prediction of inorganic scale in the process of production water gathering and Transportation at Zhongyuan oil field
     中原油田产出水集输中的无机垢预测
短句来源
     As the production water was of low pH value and high minerality and contained large amount of sulfate reduction bacteria ( SRB), HCO - 3 and CO 2, the under deposit corrosion of the pipeline bottom was the result.
     由于产出水pH值较低、矿化度高 ,并且含有大量的硫酸盐还原菌 (SRB)和HCO-3,CO2 ,导致管线底部垢下腐蚀。
短句来源
     After the high -efficiency corrosion inhibitor DQF- 2 was injected into the conduit at a concentration of 200 mg/L, the iron ion in the production water was decreased by 74.2% as compared with that before the injection.
     经向套管中注入DQF-2高效缓蚀剂(加药浓度200mg/L)后,产出水的铁离子含量与注药前相比,下降了74.2%; 根据腐蚀挂片监测的数据。
短句来源
     The prediction indicates that scale tendency and extent of sulfate and calcium carbonate is becoming more and more seriously as the proportion of production water of Wen215-2 is raised.
     预测结果表明:随着文侧25-5井产出水所占比例的增加硫酸盐和碳酸钙的结垢趋势和程度增强。
短句来源
  生产用水
     Actual potential is(11.281 966×)10~8 m~3,accounting for 56.23% of the feasible potential,in which the use of living water,production water and ecological water account for 0.69%,16.61% and 82.70%.
     现实潜力为112 819.66万m3,占可实现潜力的56.23%,其中生活用水、生产用水和生态用水各占0.69%,16.61%和82.70%。
短句来源
     Study on the Supply System and the Operational Mechanism of the Agricultural Production Water
     农业生产用水的供应体系与运行机制研究
短句来源
     DETERMINATION OF INDUSTRIAL WATER CONSUMPTION QUOTA——A RESEARCH ON BEER PRODUCTION WATER CONSUMPTION QUOTA FORMULATION
     工业生产用水定额制定方法——啤酒生产用水定额制定研究
短句来源
     and the emergence time of water consumption peak is approximately similar,but the swing between the highest and the lowest value goes up when the scale of towns becomes smaller; the value of(2.0)-2.4 is got for coefficient of hourly variation,which can be higher when the scale of town is smaller,or basically without water consumption of production or the proportion of production water is lower.
     各类小城镇用水高峰出现的时间大致相似,但最高峰值与最低峰值之间的振幅随小城镇的规模减小而增大,时变化系数宜取2.0~2.4,小城镇规模越小或生产用水比例低时取高值,基本无生产用水的可适当放大。
短句来源
     The result also shows that the coefficient of daily variation is high,ranging in 1.75~1.95.The smaller the town and the lower the proportion of production water use,the higher the coefficient.
     各类小城镇用水日变化系数较大,取值范围1.75~1.95,城镇规模越小或生产用水比例低时取高值;
短句来源
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  生产水
     Analysis of Fouling in Production Water Treatment System of Nanhai W12-1 Oil Field
     南海西部W12-1油田生产水处理系统结垢分析
短句来源
     Practice of FPSO Cargo Tank Washing with Production Water
     FPSO生产水洗舱实践
     The fouling in the production water treatment system of Nanhai W12-1 Oil Field has affected the production operation.
     针对南海西部W12-1油田生产水处理系统严重结垢影响生产的实际问题,在现场调查和实验分析的基础上,对结垢的原因和机理进行了分析研究。
短句来源
     The development of the modern hi-tech can make us think about the construction of the Yellow River on the basis of the core of nationwide water resource and land resource from the more extensive range, unitarily calculate the atmosphere water, surface water, groundwater, soil water, zoology water, environment water, production water, living water from water resource;
     统一计算水资源中的大气水、地表水、地下水、壤中水、生态水、环境水、生产水、生活水 ;
短句来源
     The Disquisition is Based on Practice of Cargo Tank Washing With Production Water on "Hai Yang Shi You 111", The main point is discussing how to washing the Cargo tanks with the abundant high temperature Production Water on New design FPSO.
     以FPSO“海洋石油111”利用生产水清洗生产水舱和清洗货油舱的实践为基础,探讨了如何利用FPSO 丰富的高温生产水资源和FPSO舱室设计特点来进行洗舱的问题。
  “production water”译为未确定词的双语例句
     The concentration of Sr 2+ and HCO3- in prodution water of Wence215-5 at Zhongyuan oil field is as high as 1734mg/L and 2343 mg/L and the concentration of Ca 2+ and Sr 2+ in production water of Wen215-2 and Wence215-4 is higher than 11100 mg/L and 630mg/L;
     中原油田文侧215-5井产出水中SO42-和HCO3-含量分别为1734mg/L和2343mg/L; 文215-2和文侧215-4井产出水中Ca2+和Sr2+含量分别在11100mg/L和630mg/L以上;
短句来源
     The feed was retreated seawater of Bohai gulf in Tianjin city,permeat flux 10.56 kg/(m2·h) was reached when the pressure in vacuum side was 3kPa,feed temperature was 323.15K and feed flux was 50L/h, and the chloride eliminationwas higher than 99.8% of the production water.
     当真空侧压力为3kPa、进料温度为323.15K、流量为50L/h时,渤海湾预处理海水VMD过程的水通量达10.56 kg/(m~2·h),产品水的脱盐率均在99.8%以上。
短句来源
     DYNAMIC INTERRELATIONS OF CROP PRODUCTION,WATER CONSUMPTION AND WATER USE EFFICIENCY
     作物生产、水分消耗与水分利用效率间的动态联系
短句来源
     (2) Based on geology theory of gas reservoir, the production character, the theory of production water and the characters of water cutting, has been made a conclusions: the gas reservoir belongs to the pore water cutting, the direction of water cutting is QiLi24 well.
     (2) 本文通过对胡家坝石炭系气藏的静态地质基础、开发动态特征、气藏产水机理、水侵特征的综合分析研究后认为:该气藏气井水侵类型应属于孔隙型水侵类型,水侵方向来自于七里24井西南边。
短句来源
     H 184 well group is located at the top of L reservoir of Laojunmiao oil field, consisting of 1 injection well and 4 production wells forming on inverted 5 spot pattern, covering an area of 9247m 2, with a current recovery efficiency of 46% and a production water cut of 99%.
     H184井组位于玉门老君庙油田L油藏顶部,由1口注入井和4口采油井构成反五点井网,井点圈定面积为9247m2,采出程度已达46%,含水高于99%。
短句来源
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  production water
These relatively high levels of 226Ra, which is one of the main radioactive contaminants in the oil industry, may be due to past discharges of production water from the oil fields situated near the river banks.
      
Third, soil contaminated with NORM as a result of uncontrolled disposal of production water was also considered as NORM waste.
      
The study area, Al-Shagaya Field-F, is located at the south western part of Kuwait and includes twenty-seven production water wells, tapping the Kuwait Group aquifer.
      
The soil sample was collected from one of the most highly radioactively contaminated lagoons with production water in the Syrian oil fields, which was then prepared, characterised and certified according to a standard procedure.
      
We are considering using Nimr production water for this purpose.
      
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This paper deals with the application of statistical method to find an empi- rical formula co-relating the productirity index,flowing bottom hole pressure, and water cut increasing with the variation of the production water oil ratio of the oilfield by analyzing the actual production data from Daqing Oil Field.An empirical method of predicting the natural production declining has been given by studying their relationship during the stabilized period of the oil field.An illustrative example...

This paper deals with the application of statistical method to find an empi- rical formula co-relating the productirity index,flowing bottom hole pressure, and water cut increasing with the variation of the production water oil ratio of the oilfield by analyzing the actual production data from Daqing Oil Field.An empirical method of predicting the natural production declining has been given by studying their relationship during the stabilized period of the oil field.An illustrative example with actual data have demonstrated that the maximum relat- ive error of prediction is less than 10%.

本文从水驱孔隙性砂岩油田开发的基本理论出发,在分析大庆油田实际资料的基础上,采用数理统计方法,找出采油指数、井底流压、含水上升率随含水率变化的数学表达式。通过其相互关系的研究,给出在油田稳产期内,预测产油量自然递减的经验方法。经实际资料检验,此方法预测产量的相对误差最大不超过10%。

After water breakthrough,the production water-oil ratio will rise conti- nuously accompanied by a corresponding rise in the unit production cost and the economic profitability of the oil field development will have a correspon- ding decreasing tendency.This paper,based on a quantitative analysis,dem- onstrates the prevail conditions for rain.economic profitability and the effe- cts of different factors which are characterized and evaluated by means of water cut values commonly used in petroleum...

After water breakthrough,the production water-oil ratio will rise conti- nuously accompanied by a corresponding rise in the unit production cost and the economic profitability of the oil field development will have a correspon- ding decreasing tendency.This paper,based on a quantitative analysis,dem- onstrates the prevail conditions for rain.economic profitability and the effe- cts of different factors which are characterized and evaluated by means of water cut values commonly used in petroleum reservoir engineering.This is very important for better exploitation and good management of an oil field so as to obtain an optimum economic profitability.

油田进入含水采油期以后,水油比例不断增大,采油费用不断增高,经济效益值将在某一时刻出现逐渐下降的趋势。本文从定量分析入手,说明最低经济效益值出现的条件以及影响因素,用油藏工程中常用的含水率给予表述和评判。这对于搞好油田的开采,进行合理的管理,取得最佳的经济效益是至关重要的工作。

Based on an analysis of the field data, this paper gives a macroscopically possible explanation on the increase, of the vertical conformance in an oil reservoir as the water injection proceeds. It is considered that both the vertical conformance and the water-oil displacement efficiency are volumetric functions. Therefore, both of them increase synchronously during the oil field development process. The characteristics of the rise of production water-oil ratio gives a reflection of the increase of the...

Based on an analysis of the field data, this paper gives a macroscopically possible explanation on the increase, of the vertical conformance in an oil reservoir as the water injection proceeds. It is considered that both the vertical conformance and the water-oil displacement efficiency are volumetric functions. Therefore, both of them increase synchronously during the oil field development process. The characteristics of the rise of production water-oil ratio gives a reflection of the increase of the vertical conformance essentially. The self-organization of the oil reservoir behavoir system itself is the main mechanism leading to the increasing of vertical conformance in water flooding.

本文通过矿场资料的分析,对油层纵向扫及效率的增长提出了一种宏观的可能解释,认为水驱油过程中,纵向扫及效率与水驱油效率都是体积的函数,所以两者的增长是同步的,含水上开率的变化特点本质上反映了油层纵向扫及效率的变化规律,而油田动态系统本身所具有的自组织性则是导致纵向扫及效率逐渐增长的主要机制。

 
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