Documentos de Romero M. | REDI

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Origen: "google"

Subtipo de publicación

Conference Object(1)

Publisher

Chemical Engineering Transactions(1)

Computer Aided Chemical Engineering(1)

Journal of Cleaner Production(1)

Lecture Notes in Networks and Systems(1)

Área temáticas

Aceites, grasas, ceras y gases industriales(2)

Explosivos, combustibles y productos relacionados(2)

Física aplicada(2)

Economía de la tierra y la energía(1)

Área de conocimiento

Energía renovable(3)

Ciencia agraria(1)

Ciencia de materiales(1)

Ciencias Agrícolas(1)

Año de Publicación

Origen

Palabras Claves

Biomass pellet(1)

Co-combustion(1)

Computational Fluid Dynamics(1)

Combined particle model and experimental approach for pbkp_redicting pyrolysis with palm kernel shells

Abstract: This work combines a particle model and experimental data as an alternative to improve the agreement

Palabras claves:

biomass pyrolysis, Mechanistic model, palm kernel shells, TGA

Andres Chico-Proano, Fraga E.S., German B.G., Manos G., Papageorgiou L.G., Ricardo A.C. Narváez, Rivadeneira D., Romero M.

Assessment of Pilot Scale Pyrolysis Gas Production as Fuel for Cogeneration

Abstract: Amongst the different waste-to-energy technologies that are available, cogeneration presents an oppo

Palabras claves:

Andres Chico-Proano, Chulde D., German B.G., Gómez J.M., Ricardo A.C. Narváez, Rivadeneira D., Romero M.

Energy use of Jatropha oil extraction wastes: Pellets from biochar and Jatropha shell blends

Abstract: The aim of this paper is to evaluate the use of biochar (SCB) produced through the pyrolysis of Jatr

Palabras claves:

Biochar, Biomass pellet, Co-combustion, Jatropha seed cake, Jatropha shell, waste to energy

Jaime Martí-Herrero, Ramírez V., Rivadeneira D., Romero M.

Material Selection for a Biomass Heat Exchange Multicriteria Decision Methods: Study Case on Ecuador

Conference Object

Abstract: Regarding the necessities of exploring efficient energy sources, the co-generation technologies usin

Palabras claves:

BIOMASS, Computational Fluid Dynamics, energy, Heat Exchanger, Material selection, Multicriteria decision

Carlos A. Méndez-Durazno, Cuji P., German B.G., Javier Martínez-Gómez, Juan Francisco Nicolalde González, Ricardo A.C. Narváez, Rivadeneira D., Romero M., Sinche Arias D.F., Vallejo-Coral E.C., Velalcázar Rhea C.M.