Dry reforming of methane (DRM) has important and positive environmental industrial impacts, as it consumes two the top greenhouse gases in order to produce syngas (H2 CO) thus hydrogen (H2). The performance DRM conversions CH4 CO2 was investigated over Ni/ZrO2 catalysts. catalytic all prepared catalysts for assessed a micro-tubular fixed bed reactor under similar reaction conditions (i.e., acti...

Biogas is a renewable fuel generated in the anaerobic digestion of organic material. The expansion biogas as bioenergy source next decades leads to find new ways for its energy exploitation such Chemical Looping technologies. In this work, low-cost Fe-based residue was used oxygen carrier two processes with biogas, namely Combustion (CLC) and Reforming (CLR). CLC process focused on production C...

Solar-driven methane dry reforming via a ceria-based thermochemical redox cycle in concentrating solar tower to produce syngas with solar-to-fuel energy efficiency of 27%.

The use of steel-making slag as catalysts for microwave-assisted dry reforming of CH4 was studied. Carbon materials (an activated carbon and a metallurgical coke), mixtures of carbon materials + Fe-rich slag and mixtures of carbon materials + Ni/Al2O3 were tested as catalysts. Mixtures of slag with carbons gave rise to higher and steadier conversions than those achieved over carbon materials. T...