强非均质性油藏注水开发后形成优势渗流通道，综合含水率高达98%以上。
Water flooding development in serious heterogeneous reservoirs will result in preferential seepage channels and injected water short-cycle to cause 98% of composite water cut.
本文将改进的灰色GM(1,1)模型用于某油田年综合含水率的近期发展趋势研究。
This paper applies the improved grey GM (1, 1) model to the research of the present development trend of an oil field's general water percentage.
针对应用于底水油藏开发的水平井综合含水率上升速度较快的问题，采用氮气泡沫技术进行治理。
The nitrogen foam technology was used to treat high water-cut of the horizontal wells in bottom water reservoir.
随着油田开发的深入，大庆油田原油综合含水率不断升高，大部分油井产出液含水率在90%左右。
The water cut of crude oil in Daqing oilfield increase continuously with oil production. The water cut in produced liquid of most oil Wells of the oilfield is about 90%.
随着开采过程的延伸，在油田高含水后期开发（综合含水率大于80%）中采用强化开采方式是低效的，不利于提高油田开采的经济效益和技术效果。
With the progression of recovery, the efficiency of enhanced recovery is low, which is disadvantageous for improving technical and economic benefits in the high water-cut stage(over 80%) of oilfield.
文章通过在转油站试验应用YSL-1G新型含水分析仪，检测其对不同原油含水率测量的准确度，并进行了综合评价。
The article carried out comprehensive assessment on the metering accuracy for the oil with different watercut using the new Type watercut analyzer YSL-1G on the experimental oil transmission station.
综合运用前缘推进理论和经验回归方法，建立起一种聚合物驱产量和含水率变化规律的预测模型。
On the basis of frontal advance theory, and combining experience regression method, a prediction model for predicting production and water cut changing law is established.
研究的目的是探索垃圾综合处理中采用堆肥化工艺对高含水率和高有机物混合垃圾的发酵预处理作用。
The effect of composting applied to fermentation pre- treatment of mixed MSW with high water content and high organic substance concertration was probed.
研究的目的是探索垃圾综合处理中采用堆肥化工艺对高含水率和高有机物混合垃圾的发酵预处理作用。
The effect of composting applied to fermentation pre- treatment of mixed MSW with high water content and high organic substance concertration was probed.
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