CAJ | 학술논문

对3＃喷气燃料的生产数据进行统计分析，确定了影响喷气燃料添加抗静电剂后水分离指数下降的关键因素是原料油中携带的碱性氮化物。指出加氢装置操作参数和加氢催化剂的脱氮活性都决定碱氮脱除率，从而影响喷气燃料水分离指数的稳定。当处理碱性氮化物含量较高的原料时，需要选用脱氮率更好的加氢催化剂，从而保证喷气燃料水分离指数稳定。
대3＃분기연료적생산수거진행통계분석，학정료영향분기연료첨가항정전제후수분리지수하강적관건인소시원료유중휴대적감성담화물。지출가경장치조작삼수화가경최화제적탈담활성도결정감담탈제솔，종이영향분기연료수분리지수적은정。당처리감성담화물함량교고적원료시，수요선용탈담솔경호적가경최화제，종이보증분기연료수분리지수은정。
Based on the statistic analysis for production data of No.3 jet fuel, we founded that the key factor of declining water separation characteristics after adding antistatic agent into jet fuel was the existence of some entrained basic nitrogen compounds in feed. The removal rate of basic nitrogen were determined by denitrogenation of hydrogen catalyst and operating parameters of hydrogen unit,which further affected the stability of water separation characteristics of jet fuel. While processing feed with higher basic nitrogen, hydrogen catalyst with better removal rate of nitrogen should be used which assured the stability of water separation characteristics of jet fuel.