1) RFCC
重油催化裂化
1.
Development of the Stripper and the Stripping Techniques of RFCC Units;
重油催化裂化装置汽提段及汽提工艺研究进展
2.
Measures for improving economics of RFCCU;
提高重油催化裂化装置经济效益的措施
3.
THE DICUSSION ON DESULFURIZING OF RFCC PRODUCTS AND TREATMENT OF SOUR WASTE GAS;
重油催化裂化产物脱硫及含硫废气治理探讨
2) heavy oil catalytic cracking
重油催化裂化
1.
Lanzhou Petrochemical heavy oil catalytic cracking transformation unit,using optimized process parameters,the transformation of flue gas turbine-expander,the four units configuration,stable operation of the device,the improved flue gas turbine-expander efficiency,greatly reduced the unit energy consumption of devices to create a good economic benefits.
兰州石化重油催化裂化装置机组改造中,采用优化工艺参数、改造烟气轮机、进行四机组配置,在装置平稳运行的情况下,提高了烟气轮机效率,大大降低了装置的机组能耗,创造了良好的经济效益。
2.
For example,an analysis of heavy oil catalytic cracking unit to absorb the stability of the system to reduce hydrocarbon C2 content of the feasibility,actual data on the device analysis and optimization program for the production of devices to create economic benefits.
举例分析了重油催化裂化装置吸收稳定系统降低液态烃C2含量的可行性,对装置实际生产数据进行分析并提出优化方案,为装置生产创造经济效益。
3) residue fluid catalytic cracking
重油催化裂化
1.
Analysis of coking mechanisms in residue fluid catalytic cracking disengagers;
重油催化裂化沉降器结焦历程分析
2.
Sulfur compounds in residue fluid catalytic cracking (RFCC) gasolines from Refinery of SINOPEC Beijing Yanshan Company and Refinery of Shijiazhuang were analyzed by gas chromatograph connected with flame photometric detector (FPD) and atomic emission detector (AED).
采用气相色谱法 ,分别利用火焰光度检测器 (FPD)和原子发射检测器 (AED)对中国石化北京燕山石油化工公司 (简称燕化 )炼油厂和石家庄炼油厂生产的重油催化裂化 (RFCC)汽油中的硫化物进行了分析。
4) heavy oil FCC
重油催化裂化
1.
Analysis of feasibility of energy saving in absorption & stabilization system of heavy oil FCC unit
重油催化裂化装置吸收稳定系统的节能可行性分析
2.
In the revamping of 20 000 b/d heavy oil FCC unit with MIP-CGP process in Qingdao Petro- chemical Co.
介绍了青岛石化1 Mt/a重油催化裂化装置MIP-CGP技术改造情况,沉降器汽提段改造应用了中国石化集团洛阳石油化工工程公司开发的高效汽提段和两段汽提技术。
5) FCCU
重油催化裂化
1.
As an important technology of national 863/CIMS applied demonstration project, its application in the DCS of FCCU has been approved by CIMS expert of CNPC, and has reached the world advanced level and can increase economical benefit annually by over ten million yuan.
作为国家86 3/ CIMS应用示范工程中的一个重要单点技术 ,该技术在重油催化裂化装置集散控制系统上的应用经过中国石油天然气集团公司 CIMS行业专家组的验收 ,达到国际领先水平 ,实际年增经济效益 10 0 0万元以
2.
As an important technology of national 863/CIMS applied demonstration project,its application in the DCS of FCCU has been approved by CIMS expert of CNPC,and has reached the world advanced level and can increase e-conomical benefit annually by over ten million yuan.
作为国家863/CIMS应用示范工程中的一个重要单点技术,该技术在重油催化裂化装置集散控制系统上的应用经过中国石油天然气集团公司CIMS行业专家组的验收,达到国际领先水平,实际年增经济效益1000万元以上。
6) heavy oils cracking catalyst
重油裂化催化剂
1.
It was considered an important study subject that the average daily production of heavy oils cracking catalyst of processing factory was improved by some measures under no taking a great scale installation reforming.
在不进行大规模装置改造的前提下 ,提出了提高喷雾浆液固含量和增强喷雾干燥能力等措施 ,使重油裂化催化剂的日产量由 2 0 0 0年的 30 2 8t提高到现在的 35 78t,成品收率也由 2 0 0 0年的 92 2 1 %提高到现在的 94 30 %。
补充资料：沸石催化裂化催化剂
分子式：
CAS号：
性质：以结晶形态的沸石分散在无定形硅酸铝载体上制成的催化剂。沸石主要组分也是二氧化硅和氧化铝，但具有确定的规整的结晶结构，形成各种直径划一的笼形孔道。一般沸石含量15%～25%，它的活性比普通无定形硅酸铝催化裂化催化剂高100～1000倍。用于一般催化裂化装置中。
CAS号：
性质：以结晶形态的沸石分散在无定形硅酸铝载体上制成的催化剂。沸石主要组分也是二氧化硅和氧化铝，但具有确定的规整的结晶结构，形成各种直径划一的笼形孔道。一般沸石含量15%～25%，它的活性比普通无定形硅酸铝催化裂化催化剂高100～1000倍。用于一般催化裂化装置中。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条