Article
Estudio teórico y experimental de la velocidad de deflagración laminar de una mezcla glp/gas de síntesis
Fecha
2014-12Autor
Rubio Gaviria, Lina
Amell Arrieta, Andrés
Echeverri Uribe, Camilo
Yepes Tumay, Hernando
Institución
Resumen
Economic and population growth has led to an increase
in demand from the energy sector, where consumption
of fossil fuels predominates. For this reason,
it has attracted research interest in finding alternative
fuels to mitigate the dependence on fossil fuels,
provide energy value and reduce emissions of greenhouse
gases. The synthesis gas is considered as the
ideal additive to form mixtures with fossil fuels. The
literature reports various characterization studies C1-
C4/gas synthetic mixtures, results have not yet blends
with GLP. This study focuses on the numerical and
experimental calculation of the laminar burning velocity
for a mixture 50% C3H8-50% synthesis gas at
atmospheric conditions of 295 K and 0.849 bar. The
results contribute to the introduction of alternative
fuels in the energy market from its characterizing in
terms of laminar burning velocity as an important
property in the operation and design in combustion
equipment.