2) FCC naphtha
FCC汽油
1.
Alkylation reactions of thiophenic compounds with olefin contained in FCC naphtha on USY zeolite catalyst were investigated.
以USY分子筛催化FCC汽油中噻吩类硫化物与烯烃的烷基化反应,采用DL-2B-EE微库仑仪测定反应前后硫分布的变化,考察了USY分子筛的制备条件和烷基化反应温度对其催化性能的影响。
2.
The full range FCC naphtha selective hydrodesulfurization technologies (OCT-M and FRS) have been developed by FRIPP based upon properties of FCC naphtha from Chinese refineries and successfully applied on many commercial units with satisfactory results.
针对国内FCC汽油特点,抚顺石油化工研究院(FRIPP)开发了FCC汽油选择性加氢脱硫技术(OCT-M)和全馏分FCC汽油选择性加氢脱硫技术(FRS),并在多套工业装置上成功应用,装置均能生产硫质量分数不大于150μg/g的国标Ⅲ号汽油,也可以调整操作参数生产硫质量分数不大于50μg/g的国标Ⅳ号汽油。
3.
The development of full range FCC naphtha hydrodesulfurization (FRS) process developed by SINOPEC Fushun Research Institute of Petroleum and Petrochemicals (FRIPP) is described in respect of pilot plant testing, process flow, factors affecting selectivity, sulfur removal rate of typical full-range FCC naphtha and its commercial application in SINOPEC Jiujiang Company.
介绍抚顺石油化工研究院(FRIPP)开发的全馏分FCC汽油加氢脱硫技术(FRS),包括其中试开发情况,如工艺流程、影响选择性的因素、典型全馏分FCC汽油的脱硫效果。
3) FCC gasoline
FCC汽油
1.
Influence of quinoline on the selective hydrodesulfurization of FCC gasoline;
喹啉对FCC汽油选择性加氢脱硫的影响
2.
Study on olefins-reduction by aromatization of light FCC gasoline over nanoparticle HZSM-5;
FCC汽油在纳米HZSM-5上芳构化降烯烃反应研究
3.
Effects of preparation conditions on the catalytic behaviors of SPAC for FCC gasoline alkylation desulfurization;
制备条件对FCC汽油烷基化脱硫固体磷酸催化剂性能的影响
4) FCC light gasoline
FCC轻汽油
1.
Studies on reaction rules for catalytic conversion of FCC light gasoline to propylene;
FCC轻汽油催化裂化生产丙烯反应规律的研究
2.
In application of Aspen Plus to commercial development of FCC light gasoline etherification,TH XME thermodynamic and transport properties were estimated,system of adiabatic etherification reactor with outside recycle cooling stream was developed,and integrated process flowsheet was simulated.
应用AspenPlus于FCC轻汽油醚化工业化开发中 ,估算THXME性质和开发外循环取热反应器系统 ,完成全流程工艺计算。
5) FCC heavy gasoline
FCC重汽油
1.
This article introduces the technology of FCC heavy gasoline via hydrogenation producing catalytic reforming feed stock which developed by FRIPP.
介绍了抚顺石油化工研究院开发的FCC重汽油深度加氢生产催化重整进料技术及其性能特点。
6) FCC gasoline
FCC 汽油
1.
Based on the trends,it is important to decrease the content of alkenes in FCC gasoline.
随着对环保问题的日益重视,人们对燃料的要求也越来越高,降低FCC 汽油中的烯烃含量迫在眉睫。
补充资料:FCC:gasoline
分子式:
CAS号:
性质:重质石油馏分油或掺有部分渣油的重质石油馏分,于470℃以上在无定形硅酸铝催化剂或沸石催化剂上分解为分子量较小的气体和液体产品。液体产品经过分馏在分馏塔顶可取得富气和催化裂化粗汽油,也称催化裂化石脑油。后者再经过稳定塔,以除去其中的碳三和碳四烃类,称稳定汽油,再在其中加入抗氧剂(防胶剂),成为催化裂化汽油。催化裂化汽油为无色或微黄色。沸程一般为初馏点至205(或215)℃,初馏点视其中所含丁烷的多少而在25~40℃之间变动,催化裂化汽油主要为烯烃组成,需要加入抗氧剂以保证其诱导期合格。中国的催化裂化汽油根据所用催化剂的种类和裂化深度辛烷值在90~92RON(研究法),是调配车用汽油的主要组分。在美国汽油规格中对烯烃含量加以限制,所以催化裂化汽油不能无限制地调配车用汽油。
CAS号:
性质:重质石油馏分油或掺有部分渣油的重质石油馏分,于470℃以上在无定形硅酸铝催化剂或沸石催化剂上分解为分子量较小的气体和液体产品。液体产品经过分馏在分馏塔顶可取得富气和催化裂化粗汽油,也称催化裂化石脑油。后者再经过稳定塔,以除去其中的碳三和碳四烃类,称稳定汽油,再在其中加入抗氧剂(防胶剂),成为催化裂化汽油。催化裂化汽油为无色或微黄色。沸程一般为初馏点至205(或215)℃,初馏点视其中所含丁烷的多少而在25~40℃之间变动,催化裂化汽油主要为烯烃组成,需要加入抗氧剂以保证其诱导期合格。中国的催化裂化汽油根据所用催化剂的种类和裂化深度辛烷值在90~92RON(研究法),是调配车用汽油的主要组分。在美国汽油规格中对烯烃含量加以限制,所以催化裂化汽油不能无限制地调配车用汽油。
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