Mostrando artículos por etiqueta: LATEQS Memorias
Heat transfer model of a 1 kWth solar reactor for thermal dissociation of ZnO and SnO2 compressed powders
Abstract
The high-temperature solar processes are one of the promising alternatives to carry out materials transformations for chemical industry, like the calcinations of calcium carbonate for solar production of lime or cement, production of activated charcoal, etc. The production of energy carriers, such as the hydrogen, is a preponderant application that is focused on hydrocarbons substitution, along with very low or null greenhouse gas emissions. This method has the advantage of producing long-term storable and transportable energy carriers from solar energy. The thermochemical hydrogen production through water splitting is one of the most promising routes to obtain “solar hydrogen”.
H.I. Villafán Vidales, S. Abanades, H. Romero-Paredes, C.A. Estrada and C.A. Arancibia-Bulnes
Synthesis of tungsten oxides by using the IER-UNAM solar furnace
H. I Villafán-Vidales, A. Bautista-Orozco, A. Jiménez-González, C.A. Estrada
Síntesis de carburos de silicio con energía solar concentrada en el horno solar HoSIER
Ceballos-Mendivil L.G., Cabanillas-López R.E., Tánori-Córdova J.C., Murrieta-Yescas R., Villafán-Vidales H.I., Estrada C.A.
Abstract
In this work we show the analytical study of radiative heat exchange in a proposed calorimeter to measure the properties of absorptivity and emissivity of materials under high temperatures produced by the highly concentrated solar radiation of the Solar Oven at Renewable Energy Institute of UNAM (HoSIER), that allowed us to detect the need for a modification to the design of the prototype in order to get proper measurements.
