However, autothermal reforming requires the
design of a careful control system to balance exothermic and
endothermic processes during changes in the flow rate, as well as
during start-up [5], thus, the control system is very delicate.
Steam reforming is therefore the most common and economical
method for hydrogen production because of the high hydrogen
yield [1,3]. However, this reaction is performed in a catalystpacked vessel and shows limitations that include containing the