表面活性剂和破乳剂在原油乳状液处理中的性能评价

Victory Ikechi Okwe, Bright Bariakpoa Kinate, I. Nwankwo
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引用次数: 0

摘要

油气行业面临着原油中水乳状液和原油中水乳状液的形成所带来的问题,造成了巨额的资金损失用于处理和市场规范。随着原油的产出,水的存在是不可取的,因为与起泡、管道和储罐腐蚀、更高的功耗、体积和粘度增加直接相关的问题。已经采用了几种方法来解决这些问题,但由于效率低下和意见分歧,仍然是开放的。表面活性剂的选择和浓度对乳液的溶解是一个挑战。因此,本项目工作涉及AGBD2 063T和OBGN 007L中发生的原油乳状液的化学处理,分别使用不同浓度(1,2,3和4ml)的德士蓬(表面活性剂)和10ml的己烷(破乳剂),重复使用不同浓度(5,7,8和10ml)的己烷(破乳剂)和1ml的德士蓬(表面活性剂)。结果表明,当破乳剂浓度增加(5、7、8、10ml),表面活性剂浓度不变(1ml)时,4小时后,AGBD2 063T原油样品的水/原油回收率(20、13、35.6%、37.7%)低于表面活性剂浓度增加(1、2、3、4ml),破乳剂浓度不变(10ml)时的水/原油回收率(45.7%、41.2、39.4%、28.1%)。此外,我们注意到,在增加破乳剂浓度(5,7,8和10ml)和恒定浓度(1ml)的表面活性剂下,在4小时后,与增加表面活性剂浓度(1,2,3和4ml)和恒定浓度(10ml)的破乳剂下,OBGN 007L原油样品的水/原油回收率(47.1,41.2,39.4和40.6%)相比,水/原油回收率(10,42.6,40和48.6%)最小。因此,较低浓度的表面活性剂(1ml)和较高浓度的破乳剂(10ml), AGBD2 063T和OBGN 007L的水/原油采收率分别为37.7%、45.7%、48.6%和47.1%。因此,建议使用不同的表面活性剂和破乳剂进行相同的研究,以确定结论的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance Evaluation of Surfactant and Demulsifier in Crude Oil Emulsion Treatment
The Oil and Gas Industry is faced with problems caused by the formation of water-in-crude oil emulsions and crude oil in water emulsion resulting in the loss of a huge sum of money to treat and for the market specification. The existence of water along with the crude oil that is being produced is undesirable because of problems directly correlated to foaming, corrosion of pipelines and tanks, higher power consumption, and increased volume and viscosity. Several methods have been employed to solve these problems, but still, open due to inefficiency and divergence of views. The choice of surfactant and what concentration have been a challenge for proper dissolution of the emulsion. Hence, this project work covers Chemical treatment of Crude oil emulsions which occurred in AGBD2 063T & OBGN 007L using different concentration (1, 2, 3 & 4ml) of Texapon (Surfactant) and 10ml of Hexane (Demulsifier) and repeated using different concentration (5, 7, 8 & 10mls) of Hexane (Demulsifier) and 1ml of Texapon (Surfactant). It was observed that after 4 hours at an increasing concentration (5, 7, 8 & 10mls) of Demulsifier and constant concentration (1ml) of Surfactant the percentage (20, 13, 35.6 & 37.7%) of water/crude oil recovered is minimal compared to the percentage (45.7, 41.2, 39.4 & 28.1%) of water/crude oil recovered at an increasing concentration (1, 2, 3 & 4ml) of Surfactant and constant concentration (10ml) of Demulsifier for AGBD2 063T crude oil sample. Also, it was noticed that after 4 hours at an increasing concentration (5, 7, 8 & 10mls) of Demulsifier and constant concentration (1ml) of Surfactant the percentage (10, 42.6, 40 & 48.6%) of water/crude oil recovered is minimal compared to the percentage (47.1, 41.2, 39.4 & 40.6%) of water/crude oil recovered at an increasing concentration (1,2,3 & 4ml) of Surfactant and constant concentration (10ml) of Demulsifier for OBGN 007L crude oil sample. Therefore, lower concentration (1ml) of surfactant and higher concentration (10ml) of demulsifier yields (37.7, 45.7, 48.6 & 47.1%) an efficient water/crude oil recovery percentage for both AGBD2 063T & OBGN 007L. Hence, it is recommended that different surfactants and demulsifiers should be used to carry out the same research to ascertain the validity of the conclusion.
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