Heat Transfer and Steam Reforming in a Reactor
Model ID: 3861
In fuel cell power generators, a steam reformer unit typically produces the hydrogen needed for the cell stack.
This example illustrates the modeling of a steam reformer. The reformation chemistry occurs in a porous catalytic bed where energy is supplied through heating tubes to drive the endothermal reaction system. The reactor is enclosed in an insulating jacket.
The tightly coupled system of mass, energy and momentum equations used to describe the system are readily set up using the predefined modeling interfaces of the Chemical Reaction Engineering Module.