Huseyin Sozen; Wei Guoqiang; Li Haibin; He Fang; Huang Zhen
Source Publication过程工程学报
AbstractThe pressure profiles, gas velocities, solid circulation rate, solids flux, residence time distribution of gas and particles in chemical-looping combustion reactors and gas leakage were studied in a cold flow model unit. And these parameters in both air and fuel reactors were measured in the experimental stage. The experimental results show that gas fluidization velocity in the air reactor is 1.8 m/s, gas fluidization velocity in the fuel reactor 0.5 m/s, and the bed materials inventory of the two reactors between 1.2 to 3.15 kg. The first cold flow model results show that the solid circulation rates are sufficient. The appropriate operating conditions are optimized and the summary of final changes is made the on cold model. The proposed design solutions are currently being verified in a cold flow model simulating the actual reactor (hot) system. This paper presents an overview of the research performed on a cold flow model and highlights the current status of the technology.
Document Type期刊论文
First Author AffilicationGuangZhou Institute of Energy Conversion,Chinese Academy of Sciences
Recommended Citation
GB/T 7714
Huseyin Sozen,Wei Guoqiang,Li Haibin,et al. experimentalsimulationonchemicalloopingcombustionofcoldmodel[J]. 过程工程学报,2014,14(1):47.
APA Huseyin Sozen,Wei Guoqiang,Li Haibin,He Fang,&Huang Zhen.(2014).experimentalsimulationonchemicalloopingcombustionofcoldmodel.过程工程学报,14(1),47.
MLA Huseyin Sozen,et al."experimentalsimulationonchemicalloopingcombustionofcoldmodel".过程工程学报 14.1(2014):47.
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