Seyed Reza Yahyavi - M.Sc. Student- Chemical Engineering Faculty- Reactor and Catalysis Research Center- Sahand University of Technology,
Mohammad Haghighi - Assistant Professor- Chemical Engineering Faculty- Reactor and Catalysis Research Center- Sahand University of Technology
Sirous Shafiei - Associate Professor- Chemical Engineering Faculty- Reactor and Catalysis Research Center- Sahand University of Technology
Mozaffar Abdollahifar - M.Sc. Student- Chemical Engineering Faculty- Reactor and Catalysis Research Center- Sahand University of Technology

Dry reforming of methane is used for hydrogen production with H2/CO ratio equals one. Ni-Co/Al2O3- MgO nanocatalyst synthesized via ultrasound method is a novel catalyst for DRM. XRD, SEM and FTIR analysis were used for catalyst characterization. XRD pattern and SEM images show high crystallinity and the nano structure of synthesized catalyst, respectively. Catalytic performance test of Ni-Co bimetallic nanocatalyst exhibits high and stable activity for methane conversion. No deactivation was observed for DRM process after 10 hour time on stream.

Ultrasound, nanocatalyst, Ni-Co/Al2O3-MgO, hydrogen production, dry reforming