Fuel Processors

Abstract

The sections in this article are Introduction Energy Carriers for Fuel Cells Thermodynamic Calculations Reforming Processes for Hydrogen Production Thermodynamic Equilibrium Calculations Carbon Formation and Deposition Fuel Pre‐Processing Removal of Harmful Species from Methanol and Water Desulfurization Evaporation of Liquid Fuels Methanol Steam Reforming Catalysts for Methanol Steam Reforming Reaction Path of Methanol Steam Reforming on Cu / Zn O Catalysts Active Sites of Cu / Zn O Catalysts Pd / Zn O Catalysts Kinetics of Methanol Steam Reforming Reformer Design Based on Laboratory‐Scale Experiments Example of Methanol Steam Reformer Development Autothermal Reforming of Gasoline and Diesel Internal Steam Reforming of Methane for SOFC Systems Gas Treatment for PEFC Systems Water‐Gas Shift Reaction CO Fine Cleaning A H 2 Separation Membranes B Preferential CO Oxidation C Selective CO Methanation Catalytic Combustion of Fuel Cell Tail Gases Component and System Design Heat Exchanger Networks Innovative Reactor Concepts Dynamic System Modeling Outlook Acknowledgments