Simulation of the Scale-up Process of a Venturi Jet Pyrolysis Reactor

Micro- and nano-sized cerium oxide particles can be prepared through pyrolyzing cerium chloride solution directly in the venturi jet pyrolysis reactor. Micro- and nano-sized cerium oxide particles have better performance and higher application value. To increase the production of micro-and nano-sized cerium oxide, it is necessary to scale up the venturi jet pyrolysis reactor. According to the geometric similarity principle, the scale-up of the venturi jet pyrolysis reactors utilize dimensional analysis methods, with FLUENT13.0 and user-defined functions, following the mathematical simulation of the resulting enlarged reactors. After the dimensional analysis, the empirical formula obtained between the reactants and all the parameters is Q = 2.240727 × 10^−4P^0.004568ρ^0.26223d^{−0.24801}V^1.25714n^0.076479μ^{−0.26628}, and the geometrical scale-up of the reactors needs to follow V = 0.0209d^0.196. The results in this study can provide data support for the future optimization and amplification of reactors.

Abstract licence: CC BY

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