The aim is to explore hydrogen generation from tail gases produced during biomass pyrolysis.
Utilized Ni-CeO2-Al2O3 catalysts for the conversion process
Simulated the pyrolysis of cotton to produce tail gases
Analyzed the effectiveness of catalysts in hydrogen production
Increased hydrogen yield observed from the catalytic conversion of biomass tail gas
Demonstrated the potential of using pyrolysis gases as a renewable resource
Showed improved efficiency compared to non-catalytic processes
Abstract
The pyrolysis of biomass produced inevitably gaseous products, tail gases, which should be considered as a renewable resource to increase the value of pyrolytic process. The conversion of simulated cotton...