Publication
Experimental control of a methanol catalytic membrane reformer
Conference Article
Conference
Iberian Symposium on Hydrogen, Fuel Cells and Advanced Batteries (HYCELTEC)
Edition
8th
Pages
52-54
Doc link
File
Authors
-
Cifuentes López, Alejandro
-
Serra Prat, Maria
-
Torres Cámara, Ricardo
-
Llorca, Jordi
Projects associated
Abstract
On-site and on-demand hydrogen production from liquids has been gaining more attention in recent years. For that purpose, it is recommended to use low temperature processes and compact reformers which make methanol a good candidate because methanol does not involve the cleavage of C-C bonds and the reforming can be done at low temperature [1]. Catalytic membrane reactors are a good choice for a compact reforming unit since they have the production, separation and purification phase in the same reactor volume
Categories
automation.
Author keywords
Hydrogen, control, dynamic modelling, methanol steam reforming, catalytic membrane reactor
Scientific reference
A. Cifuentes López, M. Serra, R. Torres and J. Llorca. Experimental control of a methanol catalytic membrane reformer, 8th Iberian Symposium on Hydrogen, Fuel Cells and Advanced Batteries, 2022, Buenos Aires (Argentina), pp. 52-54.
Follow us!