CFD Simulation of a SCWO Reactor Containing a Hydrothermal Flame

Lu Zhou; Shu Zhong Wang; Hong He Ma

doi:10.4028/www.scientific.net/AMR.516-517.58

Paper Titles

Integral Analysis of Heat Transfer on Falling Laminar Liquid Film with Constant Heat Flux
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Modeling of Boiling Heat Transfer System and Chaos in Microchannel
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Numerical Simulation of Infrared Signature Emitted by Liquid Rocket Plume Using Wide Band K-Distribution Model
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A Three Dimensional Simulation of M-ICAR Process
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CFD Simulation of a SCWO Reactor Containing a Hydrothermal Flame
p.58

Experimental Study on CH₄ / Air Diffusion Combustion on the Upper Surface of Porous Media Packed Beds
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Research on Temperature Field and Heat Transfer inside Catalytic Combustion Furnace of Natural Gas
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The Simulation Study on the Combustion Characters of Cold Starting in a Common Rail Diesel Engine
p.70

Thermodynamic Input-Output Analysis of Energy Utilization in Hubei Province
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 516-517CFD Simulation of a SCWO Reactor Containing a...

CFD Simulation of a SCWO Reactor Containing a Hydrothermal Flame

Abstract:

A supercritical water oxidation (SCWO) reactor containing a hydrothermal flame as heat source is simulated by computational fuild dynamics (CFD) simulation. Methanol solution and oxygen are fed separately into the reactor as fuel and oxidizer, and at the same time the cold waste water is also fed into the reactor. The combustion of methanol is simulated by the eddy dissipation concept (EDC) model with an Arrhenius law kinetic. This simulation is conducted to study the behavior of the hydrothermal flame at different inlet fuel temperatures and the relationship between the ignition temperature and methanol mass fraction.