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However, the stability range envelope remains the same in both regimes. As the volumetric flow rate or furnace temperature is raised, the flame undergoes a transition to a plane flame stabilized near the external burner surface.

For lower reactant flow rate and ambient temperature the flame shape is conical and anchored at the rim of the injection hole. In both environments, local mean temperatures within the porous medium have been measured. In order to allow for larger surface area burners, a non-uniform velocity profile mechanism for flame stabilization in a porous radiant burner using a single large injection hole is proposed and analyzed for a double-layered burner operating in open and closed hot (laboratory-scale furnace, with temperature-controlled, isothermal walls) environments. This causes additional temperature uniformity problems, since it is increasingly difficult to evenly distribute the reactant mixture over a large burner surface while retaining its stability and keeping low pollutant emissions.

Industrial processes where the heating of large surfaces is required lead to the possibility of using large surface porous radiant burners. [Mechanical Engineering Department, Federal University of Santa Catarina, Campus Universitario Professor Joao David Ferreira Lima, 88040-900 Florianopolis, SC (Brazil) [Mechanical Engineering Department, Instituto Superior Tecnico, Technical University of Lisbon, Avenida Rovisco Pais, 1049-001 Lisbon (Portugal) Oliveira, A.A.M. Non-uniform velocity profile mechanism for flame stabilization in a porous radiant burnerĮnergy Technology Data Exchange (ETDEWEB)Ĭatapan, R.C.

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