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航空油品高频/高压电脱水微观机理
MICROMECHANISM OF CRUDE OIL DEHYDRATION UNDER HIGH-VOLTAGE HIGH-FREQUENCY ELECTRIC FIELD
【摘要】 设计并建立了一套高压电物理化学显微分析装置,为研究高压电物理化学领域的微观机理提供了一种新的技术途径。采用该技术,研究了胜利稠油经6%加氢裂解柴油稀释的原料油的高频/高压电脱水的微观机理。该原料的脱水率达96.7%,高于传统的电脱水方法。
【Abstract】 A physico-chemical microscopic analysis apparatus under high-voltage electric field was designed and established for researching the micromechanism in the physico-chemical field under high voltage. The said novel technology was applied to study the micromechanism of crude oil desalting and dewatering under high-voltage high-frequency electric field. A Shengli viscous crude oil diluted with 6% hydrocracking diesel was used as feedstock in the laboratory experiment. The dehydration rate reached 96.7%, which was higher than that of traditional electric dewatering.
【关键词】 原油;
高频/高压电场;
脱水;
【Key words】 crude oil; high voltage high-frequency electric field; dehydration;
【Key words】 crude oil; high voltage high-frequency electric field; dehydration;
- 【文献出处】 石油炼制与化工 ,Petroleum Processing and Petrochemicals , 编辑部邮箱 ,2005年04期
- 【分类号】TE626.2
- 【被引频次】33
- 【下载频次】179