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Kinetics of desulfurization by electrochemical oxidation in an emulsifying electrolyte

机译:乳化电解质中电化学氧化脱硫动力学

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摘要

Diesel with S content 624.4 mu g/g was directly used, and a constant current of 500 mA was proposed in this work. Emulsification as an enhancement method was used to enhance the interphase mass transfer. After emulsifying electrochemical oxidation-extraction, the sulfur content of diesel decreased to 8.1 mu g/g and the desulfurization efficiency reached 98.71%. On comparing with the non-emulsifying electrochemical oxidation-extraction, it has a highly efficient deep desulfurization.
机译:用S含量的柴油直接使用624.4μg/ g,在这项工作中提出了500mA的恒定电流。 乳化作为增强方法用于增强间质量转移。 乳化电化学氧化萃取后,柴油的硫含量降至8.1μg/ g,脱硫效率达到98.71%。 与非乳化电化学氧化萃取相比,它具有高效的深度脱硫。

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