SM
S.H. Moreno Wandurraga
6 records found
1
Plasma reactors emerge as a promising alternative to cope with some of the biggest challenges currently faced by humanity, the global warming, the increasing global energy demand and the need for efficient storage of electricity from renewable energy sources. Plasma reactors have
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Non-thermal microwave plasma reactors can efficiently split the CO2 molecule. However, big challenges remain before this technology can become a feasible industrial technology. Computer modelling can be very useful to tackle such challenges. Detailed kinetic modelling
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Plasma reactors have the potential to enable CO2 utilization technologies and so there is need to investigate their performance from a chemical or process engineering perspective. Multiphysics models are excellent tools to carry out this analysis; however, practical en
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A novel surface-wave microwave discharge reactor configuration to generate syngas via gaseous CO2 reduction with H2 (non-catalytic Reverse Water-Gas Shift reaction) is studied in the context of power-to-chemicals concept. Improvement of CO2 conversion to maximize CO production is
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A new methodology for the reduction of vibrational kinetics in non-equilibrium microwave plasma
Application to CO2 dissociation
Plasma reactor technologies have the potential to enable storage of green renewable electricity into fuels and chemicals. One of the major challenges for the implementation of these technologies is the energy efficiency. Empirical enhancement of plasma reactors' performance has p
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In the context of converting electricity into value-added chemicals, the reduction of carbon dioxide (CO2) with hydrogen (H2) in a surface-wave-induced microwave plasma discharge, so-called surfatron, was investigated. The effect of different input variables
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