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The Key Technology Research of the Water Injection System Energy Saving for Super Low Permeability Reservoir in Changqing Oil Field

机译:长庆油田超低渗透水库注水系统节能的关键技术研究

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With the characteristics of low permeability, pressure and abundance, it's extremely hard to exploit the super low permeability reservoirs in ChangQing oil field. For this reason, the water injection recovery technique has been widely used. Analysis showed that a serious problem of high energy consumption exist in the water injection system, the power consumption of which accounts for about 44%. And the energy cost of pump units reach up to 43%, it's the highest energy consumption link in the system. In this paper the load rate classification method (LRCM) is firstly adopted to statistical analyze water injection stations, which are divided into the owing and over load rate stations. As a result, the owing load rate stations accounts for 83.8%, with a serious phenomenon of the Big Horse Pull A Small Carriage, causing the large-scale backflow in the station, and the efficiency is low, the energy consumption is on the high side. Aimed at water injection stations with different load rate, the methods of reasonable shutting down the pumps, pump replacement, optimizing the transmission ratio and piston size, as well as the speed control technology have been used to make the outlet flow and actual demand reasonable matching. The test result shows that the energy saving technology is well targeted, simple, practical and low cost. The pump units' efficiency improves obviously, the consumption reduces by 10%, which greatly improve the oilfield economic benefits.
机译:凭借低渗透性,压力和丰富的特点,利用长庆油田的超低低渗透水库非常困难。因此,水注入恢复技术已被广泛使用。分析表明,注水系统中存在严重的高能耗问题,其功耗约为44%。泵单元的能量成本达到高达43%,这是系统中最高的能耗链接。在本文中,首先采用了载荷率分类方法(LRCM)统计分析水注射站,分为归还和过度负载率站。结果,由于大马的大马的严重现象,衡量的负荷站占了83.8%,导致车站的大规模回流,效率低,能量消耗很高边。针对具有不同载荷率的注水站,合理关闭泵的方法,泵更换,优化传动比和活塞尺寸,以及速度控制技术已被用于出口流动和实际需求合理匹配。测试结果表明,节能技术良好的有针对性,简单,实用,成本低。泵单元的效率明显提高,消费量减少了10%,这大大提高了油田经济效益。

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