This review gives an overview of the evolution of the technology of condensed mode
cooling, primarily for the case of ethylene polymerization on supported catalysts in fluidized …

Gas phase fluidized bed processes have been widely applied to polyethylene production. In
these processes, the flow, mass transfer, and reaction rate on the microscale and …

A compartmentalized reactor model has been developed to simulate the impact of running a
fluidized bed reactor for the gas-phase production of ethylene in condensed mode …

The polymer flow model is employed to predict the transient behavior of the concentration
and temperature profiles within the growing particles during gas-phase ethylene …

Abstract The Sanchez–Lacombe model is used to investigate the multiphase and
multicomponent thermodynamic equilibrium during ethylene polymerization and ethylene/1 …

In the current study, the ability of two data‐driven machine learning tools, the extreme
learning machine (ELM) and the adaptive neuro‐fuzzy inference system (ANFIS), to predict …

This work investigated the pyrolysis reaction of waste resin in a fluidized bed reactor. It was
found that the pyrolysis-generated ash would adhere to the surface of ceramic particles …

The reliability of thermal regulation systems is crucial for ensuring the stability of condensed-
mode gas-phase fluidized bed reactors (FBRs) used in the production of linear low-density …

摘要通过改变乙烯/1-己烯共聚合反应中冷凝剂正己烷的含量, 建立了纯气相, 贫己烷和富己烷3
种聚合环境, 结合共单体效应和共溶效应的作用机制, 分析了3 种聚合环境下的聚合反应 …

Fluidized bed reactors (FBR) are the only commercially viable technology for the production
of polyethylene in the gas phase since the polymerization is highly exothermic and the FBR …