A thermochemical study of iron aluminate-based materials: a preferred class for isothermal water splitting
Kent J. Warren, Justin T. Tran, Alan W. Weimer
Abstract
The use of iron aluminate-based materials can lead to improved thermochemical water-splitting performance, as their hydrogen production capacity under isothermal conditions far exceeds that of benchmark ceria even when exposed to a temperature swing.
Topics & Concepts
Isothermal processAluminateMaterials scienceHydrogenBenchmark (surveying)Water splittingChemical engineeringMetallurgyThermodynamicsChemistryCatalysisGeologyEngineeringPhysicsOrganic chemistryGeodesyPhotocatalysisCementChemical Looping and Thermochemical ProcessesIndustrial Gas Emission ControlCatalysts for Methane Reforming