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• W4323925485 endingPage "19952" @default.
• W4323925485 startingPage "19936" @default.
• W4323925485 abstract "Hydrogen (H2) production from fossil fuels using Hydrocarbon Reforming Methods (HRM) accounts for nearly 95% of Global H2 production. Unlike hybrid Chemical Looping Steam Reforming (CL-SR) systems, the Integrated Solar-Driven Sorption Enhanced–Chemical Looping of Hydrocarbon Reforming (SE-CL-HR) utilises solar thermal energy from the Concentrating Solar Power (CSP) system to drive the endothermic decomposition of feedstocks. Furthermore, the simulated hybrid systems utilise recovered heat to generate electricity, reuse of by-product CO2 for more syngas production and finaly, CO2 capture by reaction of CaO to form CaCO3. This work focused on simulating hybrid CSP systems and SE-CL-HR plants with Heat Transfer Fluid (HTF) output temperatures between 750 and 1050 °C. In this study, System Advisor Model (SAM) and MATLAB software are used to develop the CSP system. While the CSP result saved in the MATLAB workspace gets exported to Simulink to feed SE-CL-SMR, SE-CL-POX and SE-CL-ATR Aspen plus models. The integrated system was fed with CH4 as the working fluid of the solar furnace. Stoichiometric and Gibbs free-energy minimisation were employed to investigate the effect of operating parameters. The output of the integrated system shows ≥9.5% exergy efficiency in comparison to conventional HRM. In addition, CO2 capture by CaO and high-pH water (Ca, Mg, Na+, O2, OH− and Cl−) to produce CaCO3, MgCO3 and other valuable products was also investigated in a process simulation. The research results revealed that for 8.1 tons/hr of CH4 and 277.1 tons/hr H2O (steam) flowrates, 62 tons/hr of H2 can be generated and 338.5 tons/hr of CO2 emission can be reused and captured by the adoption of these new innovative technologies." @default.
• W4323925485 created "2023-03-12" @default.
• W4323925485 creator A5031862382 @default.
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• W4323925485 date "2023-06-01" @default.
• W4323925485 modified "2023-10-13" @default.
• W4323925485 title "Hybrid solar-driven hydrogen generation by sorption enhanced–chemical looping and hydrocarbon reforming coupled with carbon capture and Rankine cycle" @default.
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• W4323925485 doi "https://doi.org/10.1016/j.ijhydene.2023.02.035" @default.
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