1.
Analysis of necessity and feasibility of fluidized catalytic cracking unit without a disengager
无沉降器催化裂化装置的必要性和可行性分析
2.
Flow Behavior of Oil Gas in a Fluid Catalytic Cracking Disengager
流化催化裂化沉降器内油气的流动规律
3.
REASON ANALYSIS AND MEASURES FOR COKE IN REACTOR IN RFCC UNIT
重油催化裂化装置沉降器结焦原因分析及对策
4.
Application of PV type high-effective cyclone in FCCU reacting-settler;
PV型高效旋风分离器在催化裂化反应沉降器中的应用
5.
Analysis of microstructures of coke and coking mechanism in the reactors of fluid catalytic cracking units
催化裂化装置沉降器内结焦的微观结构及其生长过程的分析
6.
THE CHARACTERISTICS AND FORMATION PROCESS OF COKE IN THE FCCU DISENGAGER
催化裂化装置沉降器内结焦物的基本特性分析及其形成过程的探讨
7.
Activity recovery of FCC catalyst by metal removal with various inorganic acids
流化催化裂化催化剂的无机酸脱金属复活研究
8.
NUMERICAL SIMULATION OF FLOW FIELD IN A RFCC DISENGAGER AFTER ANTI-COKE DEPOSITION RETROFITTING
重油催化抑制结焦沉降器内油气流动的数值模拟
9.
The catalysts in the disengager are incompletely stripped and a few heavy hydrocarbons still adhere to the catalysts.
沉降器空间中的催化剂在汽提段被粗略地汽提过,催化剂上仍附着着一些重质烃。
10.
catalytic cycle oil
催化(裂化)循环油
11.
catalytic gas oil
催化(裂化)瓦斯油
12.
Study on a new catalyst for removing sulfur and reducing olefins in FCC gasoline
新型流化催化裂化汽油脱硫降烯烃催化剂的研究
13.
Growth of Carbon Nanotubes from Methane by a Catalytic Chemical Vapor Decomposition Method;
催化化学气相沉积法甲烷裂解制备纳米碳管
14.
EXPERIMENTAL STUDY ON ASSISTANT REDUCING OLEFINS IN FCC GASOLINE
降低催化裂化汽油烯烃助剂的实验研究
15.
Coking Factors and Coke Reduction Measures for Heavy Oil FCCU
重油催化裂化的生焦因素及降低生焦率措施
16.
Novel Catalytic Materials for Gasoline Olefin Reduction in Catalytic Cracking Processes;
降低汽油烯烃含量的催化裂化新材料探索
17.
Study on the Filtering Process of Decreasing the Ash of Catalytic Cracking Slurry;
降低催化裂化油浆中灰分的过滤工艺研究
18.
Research and Development of Additives Reducing Olefins in FCC Gasoline;
降低催化裂化汽油烯烃助剂的研究与开发