Auteur C. Jim Lim
Documents disponibles écrits par cet auteur (4)
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Zhongxiang Chen, Auteur ; John R. Grace, Auteur ; C. Jim Lim, Auteur |Thermodynamic analysis of CO2 capture and hydrogen production for steam methane reforming was carried out using ASPEN simulation software. The integrated reaction system is composed of a sorbent-enhanced fluidized bed reformer coupled with a flu[...]
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Naoko Ellis, Auteur ; Min Xu, Auteur ; C. Jim Lim, Auteur |Riser hydrodynamics in a circulating fluidized bed are investigated experimentally and numerically by changing the composition of the fluidizing gas. Helium gas is added to air in the range of 0 to 96 vol % for fluidizing FCC particles 78 μm in [...]
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Gang Xiao, Auteur ; John R. Grace, Auteur ; C. Jim Lim, Auteur |Experiments were carried out with limestone particles of several narrow size intervals (125―180, 250―300, 355―425, 500―600, 600―710, 710―850, and 850―1037 μm) for times ranging from 0.5 to 144 h in a high-velocity jet apparatus to provide a more[...]
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Mohammad A. Rakib, Auteur ; John R. Grace, Auteur ; C. Jim Lim, Auteur |A bubbling fluidized bed membrane reactor (FBMR) is modeled to estimate and predict the steam reforming of hydrocarbons. A two-phase fluidization model is used, with both the bubble and dense phases in plug flow. Diffusional mass transfer, as we[...]
