Preparation of an environmentally friendly emulsion-type lubricant based on crude rice bran wax

In this study, crude rice bran wax oil - in - water emulsion (named CRBWE) was prepared by agent-in-water method. The critical factors influencing the sample preparation process were optimized. For instance, the optimum hydrophile-lipophile balance value of compound emulsifier was 12.33–13.40, the c...

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Main Authors: Zhengqiang Xiong, Fan Fu, Xiaodong Li, Yanning Li
Format: Article
Language:English
Published: KeAi Communications Co., Ltd. 2019-03-01
Series:Petroleum
Online Access:http://www.sciencedirect.com/science/article/pii/S2405656117302250
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spelling doaj-3b944f3d62d048a199eafd2167cb85f92021-02-02T00:29:14ZengKeAi Communications Co., Ltd.Petroleum2405-65612019-03-01517784Preparation of an environmentally friendly emulsion-type lubricant based on crude rice bran waxZhengqiang Xiong0Fan Fu1Xiaodong Li2Yanning Li3Corresponding author.; Beijing Institute of Exploration Engineering, Beijing, 100083, ChinaBeijing Institute of Exploration Engineering, Beijing, 100083, ChinaBeijing Institute of Exploration Engineering, Beijing, 100083, ChinaBeijing Institute of Exploration Engineering, Beijing, 100083, ChinaIn this study, crude rice bran wax oil - in - water emulsion (named CRBWE) was prepared by agent-in-water method. The critical factors influencing the sample preparation process were optimized. For instance, the optimum hydrophile-lipophile balance value of compound emulsifier was 12.33–13.40, the content of compound emulsifier was 10 wt%, the emulsification temperature was 70 °C–80 °C, the agitation speed was 200 rpm, and the emulsification time was 30–45 min. The performances as a lubricant of drilling fluid were also evaluated with respect to lubricity, rheology and filtration loss of CRBWE. The results showed that CRBWE had good lubricity and didn't affect the rheological properties of drilling fluid. For example, when it was added into bentonite dispersion at room temperature with the fraction of 1 wt%, the coefficient of friction of bentonite dispersion dramatically decreased to 0.077, and the coefficient of friction reduced rate was greater than 80%. Overall, these findings indicated that CRBWE would have promising applications as environmental friendly lubricant of drilling fluids to reduce torque and drag in petroleum and natural gas drilling. Keywords: Emulsion-type lubricant, Crude rice bran wax, Lubricity, Biodegradable, Water-based drilling fluidshttp://www.sciencedirect.com/science/article/pii/S2405656117302250
collection DOAJ
language English
format Article
sources DOAJ
author Zhengqiang Xiong
Fan Fu
Xiaodong Li
Yanning Li
spellingShingle Zhengqiang Xiong
Fan Fu
Xiaodong Li
Yanning Li
Preparation of an environmentally friendly emulsion-type lubricant based on crude rice bran wax
Petroleum
author_facet Zhengqiang Xiong
Fan Fu
Xiaodong Li
Yanning Li
author_sort Zhengqiang Xiong
title Preparation of an environmentally friendly emulsion-type lubricant based on crude rice bran wax
title_short Preparation of an environmentally friendly emulsion-type lubricant based on crude rice bran wax
title_full Preparation of an environmentally friendly emulsion-type lubricant based on crude rice bran wax
title_fullStr Preparation of an environmentally friendly emulsion-type lubricant based on crude rice bran wax
title_full_unstemmed Preparation of an environmentally friendly emulsion-type lubricant based on crude rice bran wax
title_sort preparation of an environmentally friendly emulsion-type lubricant based on crude rice bran wax
publisher KeAi Communications Co., Ltd.
series Petroleum
issn 2405-6561
publishDate 2019-03-01
description In this study, crude rice bran wax oil - in - water emulsion (named CRBWE) was prepared by agent-in-water method. The critical factors influencing the sample preparation process were optimized. For instance, the optimum hydrophile-lipophile balance value of compound emulsifier was 12.33–13.40, the content of compound emulsifier was 10 wt%, the emulsification temperature was 70 °C–80 °C, the agitation speed was 200 rpm, and the emulsification time was 30–45 min. The performances as a lubricant of drilling fluid were also evaluated with respect to lubricity, rheology and filtration loss of CRBWE. The results showed that CRBWE had good lubricity and didn't affect the rheological properties of drilling fluid. For example, when it was added into bentonite dispersion at room temperature with the fraction of 1 wt%, the coefficient of friction of bentonite dispersion dramatically decreased to 0.077, and the coefficient of friction reduced rate was greater than 80%. Overall, these findings indicated that CRBWE would have promising applications as environmental friendly lubricant of drilling fluids to reduce torque and drag in petroleum and natural gas drilling. Keywords: Emulsion-type lubricant, Crude rice bran wax, Lubricity, Biodegradable, Water-based drilling fluids
url http://www.sciencedirect.com/science/article/pii/S2405656117302250
work_keys_str_mv AT zhengqiangxiong preparationofanenvironmentallyfriendlyemulsiontypelubricantbasedoncrudericebranwax
AT fanfu preparationofanenvironmentallyfriendlyemulsiontypelubricantbasedoncrudericebranwax
AT xiaodongli preparationofanenvironmentallyfriendlyemulsiontypelubricantbasedoncrudericebranwax
AT yanningli preparationofanenvironmentallyfriendlyemulsiontypelubricantbasedoncrudericebranwax
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