Experimental Study on Desilication of Heavy Oil Wastewater in Shengli Oilfield

Jinzhi Li, Lei Guan, Yunxian Xu, Dandan Yu, Yongqiang Pan
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Abstract

The scaling problem of silicon in the heavy oil production of Shengli Oilfield will seriously affect the normal production and production. According to SYT 5523-2006 oilfield water analysis method, the ions in the water samples collected by each water treatment unit were analyzed, and it was found that the content of metasilicic acid in the high-temperature separation water was relatively high, so the effect of four kinds of desilication agents was studied in this paper. It is found that the effect of desilication agent is the best. Magnesium agent is selected as desilication agent. Through the orthogonal experiment of three factors designed by SPSS software, the factors influencing desilication effect are investigated. Through the analysis of SPSS, it is found that the effect of temperature on the experimental results is not significant. After comprehensive investigation, it is concluded that the effect of desilication is the best when the dosage of agent is 400mg/L, and the effect of desilication is the best when the pH is 10. According to the experimental data, it can be seen that the effect of desilication is the best when the dosage is 400mg/L The removal rate of silicon can reach more than 90%.
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胜利油田稠油废水脱硅试验研究
胜利油田稠油生产中硅结垢问题将严重影响稠油的正常生产和生产。根据SYT 5523-2006油田水分析方法,对各水处理单元采集的水样中的离子进行分析,发现高温分离水中偏硅酸的含量较高,因此本文研究了四种脱硅剂的效果。结果表明,脱硅剂的效果最好。选用镁剂作为脱硅剂。通过SPSS软件设计的三因素正交试验,探讨影响脱硅效果的因素。通过SPSS分析发现,温度对实验结果的影响并不显著。经综合考察,得出药剂用量为400mg/L时脱硅效果最好,pH为10时脱硅效果最好。根据实验数据可以看出,当投加量为400mg/L时,脱硅效果最好,硅的去除率可达90%以上。
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