catalytic cracker

1. The heavy oil catalytic cracker reduce the unit energy consumption analysis
   重油催化裂化装置降低机组能耗的分析研究
2. Application of Endurance Catalyst in Heavy Oil Catalytic Cracker
   Endurance催化剂在长庆石化重油催化裂化装置上的应用
3. The measures for saving electricity are: overhauling and revamping the flue gas turbine and regenerator cyclone device of the catalytic cracker to raise the efficiency of the turbine;
   节约电的措施为：对催化裂化装置烟机及再生器旋分器进行检修改造，提高烟机效率；
4. Fluidized bed catalytic cracker
   流化床催化裂化装置
5. The aim of their efforts, an effective catalytic cracker to convert crude oil into gasoline, using a fluidised bed.
   这场努力的目标，是使用流化床催化裂化器把原油转化为汽油。
6. An Analysis of Performance of Changqing Petrochemical's Heavy Oil Catalytic Cracker in Processing Vacuum Residue
   长庆石化1.40Mt/a重油催化裂化装置加工减压渣油运行分析
7. The Application of Programmable Controller in a Main Fan Set Interlocking Protection System of a Catalytic Cracker
   可编程控制器在催化裂化装置主风机组联锁保护系统中的应用
8. Cleaning the Oil-Gas Pipeline of the Catalytic Cracker Unit in Oil Refinery Using High Pressure Water Jet Technique
   采用高压水射流技术清洗炼油催化装置油汽管线
9. Flow analysis of coking on the riser external wall of cyclone separator in the disengager of heavy oil catalytic cracker
   重油催化裂化装置沉降器顶旋风分离器升气管外壁结焦原因的流动分析
10. An energy optimization scheme for catalytic cracker integrated with light ends plant
    催化裂化气体分馏热联合装置的能量优化方案
11. This paper takes heat exchange network ( HEN) of heavy oil catalytic cracker unit of the oil refinery as study case, make energy analysis and available energy analysis of HEN and evaluates energy u-tilization of the HEN.
    以某炼厂100万t/a重油催化装置的换热网络为研究对象，对其进行了能量分析与（火用）分析，并对网络的用能状况作出了评价。
12. Based on the three link energy model of process system energy optimization, an energy optimization scheme for catalytic cracker integrated with light ends plant was proposed for reducing the 1.0 MPa steam consumption by using advanced process simulation software.
    以过程系统能量综合优化三环节系统方法为指导，采用流程模拟技术，提出了对炼油厂催化裂化气体分馏联合装置进行能量优化改造方案，降低装置的1.0MPa蒸汽消耗；
13. In connection with the requirements of an interlocking protection for a main fan set in a catalytic cracker this paper analyses the advantages of a programmable controller serving as a control unit and presents a design version with flue gas recovery being taken account of.
    结合催化裂化装置主风机组联锁保护的要求，分析了采用可编程控制器作为控制装置的优点，并结合烟气能量回收工程提出了设计方案。
14. Application of flue gas cooler on catalytic cracker
    烟气冷却器在催化裂化装置中的应用
15. An industrial application of MPC technique in residue catalytic cracker process control
    MPC在重油催化裂化反应-再生系统控制中的应用
16. In order to raise the capacity and the yield of light oil of fluidized-bed catalytic cracker ( FCC), throwing away the slurry from the heavy oil catalytic cracking unit is an effective measure to improve the catalytic cracking operation.
    为了提高流化床催化裂化装置的加工能力和轻油收率，外甩油浆是改善催化裂化操作的有效手段。
17. The proposed system has been successfully applied to a large production scale catalytic cracker.
    该诊断系统已成功地应用于某大型工业催化裂化装置。
18. The loss of catalyst of the catalytic cracker for oil refinery
    浅析炼油厂催化装置催化剂的损耗原因
19. Improvement of the primary air flow control in fuel gas energy recovery set of Reside Fluid Catalytic Cracker ( RFCC) unit in the plant is discussed, including analysis, Improvement measurement and economic benefit.
    介绍前郭炼油厂重油催化裂化装置烟气能量回收四机组主风流量调节方案的可行性分析、改进、实现方法及其所产生的经济效益。
20. The cause of coking on the riser external wall ( 0 °-90 °-180 °, the inlet position is 0 °) of cyclone separator in the disengager of heavy oil catalytic cracker based on the measurement of flow field was analyzed.
    在蜗壳式旋风分离器环形空间流场测量和分析的基础上，分析了重油催化裂化装置沉降器顶旋风分离器升气管外壁0°～90°～180°（以入口处为0°）部位结焦的原因。
21. Exergy analysis of heat exchanger network of heavy oil catalytic cracker unit
    重催装置换热网络的火用分析
22. Prediction of metal deposition on catalyst in a fluid catalytic cracker
    催化裂化再生催化剂金属沉积量的预测
23. Products Quality Coordinated Control of Main Fractionation Tower in Catalytic Cracker
    催化裂化装置主分馏塔产品质量协调控制
24. The QXF-3 detergent for cleaning ferrous sulfide is effectively used in desulphurizing system of catalytic cracker.
    结果表明，利用QXF-3高效硫化亚铁化学清洗剂对催化脱硫系统进行化学清洗是有成效的。
25. The analytical data shows that reduced crude is an ideal feedstock for the Residuum Catalytic Cracker.
    分析数据表明长庆重油是比较理想的重油催化裂化原料。
26. Measures for Increasing Petrochemical Feedstocks in Heavy Oil Catalytic Cracker RECENT PROGRESS IN PETROCHEMICAL TECHNOLOGY
    重油催化裂化装置增产石化原料的措施当代石油化工技术的进展
27. Reason analysis and improvement of external heat remover failure for catalytic cracker
    催化裂化外取热器损坏原因分析及改进措施
28. Application of vortex rapid separation technology in heavy oil catalytic cracker
    应用旋流式快分技术改造重油催化裂化装置
29. Road-paving asphalt meeting the required specifications can be prepared by mixing coal tar with fluid catalytic cracker ( FCC) bottoms and whole used tire, excluding steel belts, at proper ratios.
    把煤焦油、流化催化裂化（FCC）重油和全旧轮胎（除去钢带）按合适的比例混合，就可得到符合规格要求的铺路沥青。
30. The equipments of regenerator, third stage cyclone etc, and flue gas pipe of catalytic cracker in the first refinery of Fushun petrochemical company, occured a great quantity of crack on the shell wall and pipe wall caused by stress corrosion.
    抚顺石化分公司石油一厂催化裂化装置再生器、三旋等设备及烟气管道，由于应力腐蚀，致使器壁和管壁产生了大量裂纹。

noun

1. a chemical reactor for converting oils with high boiling points into fuels with lower boiling points in the presence of a catalyst

   Synonym:    cat cracker