Solar co-production of samarium and syngas via methanothermal reduction of samarium sesquioxide

Rahul R. Bhosale,Anand Kumar,Fares AlMomani,Ujjal Ghosh,Dareen Dardor,Zineb B. Bouabidi, Manar Ali,Shiva Yousefi,Ahmed AlNouss, Mohammad Saad Anis, Mohammad Hamza Usmani,Moustafa Hussein Ali, Reem S. Azzam,Aliya Banu

Energy Conversion and Management（2016）

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摘要

•Thermodynamics of solar methanothermal reduction of Sm2O3 was investigated.•Methanothermal reduction TH decreases with the increase in the CH4/Sm2O3 ratio.•Sm and syngas production increases with the increase in the CH4/Sm2O3 ratio.•Additional syngas was produced via thermochemical splitting of H2O/CO2 using Sm.•ηexergy=37.62% and ηexergy-closed=56.92% was achieved by applying 50% HR.

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关键词

Solar energy,Syngas,Methanothermal reduction,Samarium,Samarium sesquioxide,Thermodynamics,Exergy analysis

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