- ISSN: 2084-6819 (electronic version)
- Owner: Versita, Warsaw, Poland
- Publisher: Versita, Warsaw, Poland
- Open Access: Versita Open
| Why subscribe and read | Why submit | Description | Editors | Contact |
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premier source of high quality research in the field of catalysis for sustainable energy
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coverage of all aspects of catalysis relevant for sustainable energy generation
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update on exciting developments in all fields of catalysis for sustainable energy
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multidisciplinary scope providing comprehensive coverage of catalyst design and characterization, kinetics and mechanisms of reactions, deactivation/regeneration, design of fuel cells and reactors, reaction and reactor engineering
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indispensable source of information about catalysis in fuel cells (PEMC, SOFC); hydrogen energy in general; catalysis in production of syngas, hydrogen and biofuels
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publication venue for all members of the researcher community in the field of catalysis for hydrogen energy/renewable energy
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excellent articles authored by researchers from all over the world, who appreciate our fast, fair and constructive peer review
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multidisciplinary journal addressing the fundamental science and technology in catalysis for sustainable energy
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venue for dissemination original, rigorous, and scholarly contributions
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authoritative articles on fundamentals and applications of the catalysts for sustainable energy
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appealing to both academic and industrial scientists
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research on all aspects of catalysis relevant for sustainable energy generation is welcome, including fuel cells, production of syngas and hydrogen; biodiesel and green diesel; upgrading of fats, oils, glycerol; bio-oil; conversion of carbohydrates to fuels; depolymerization of lignin; pyrolysis of biomass; BTL; CO2 to fuels, as well as other sustainable energy related topics
Catalysis for Sustainable Energy publishes papers covering all aspects of catalysis relevant for sustainable energy generation, including design of catalysts, their characterization, kinetics and mechanisms of reactions, deactivation/regeneration, design of fuel cells and reactors, estimation of process parameters, their modelling and optimization. Catalysis in fuel cells (PEMC, SOFC), hydrogen energy in general; catalysis in production of syngas, hydrogen and biofuels (biodiesel and green diesel production, upgrading of fats and oils from renewable sources; catalytic upgrading of glycerol; conversion of biomass derived carbohydrates to fuels, catalysis in depolymerization of lignin; catalytic pyrolysis of biomass; catalytic upgrading of bio-oil: biomass gasification in the presence of catalysts; BTL; production of renewable hydrogen; catalytic transformation of CO2 to fuels, as well as other relevant to catalysis for sustainable energy topics will be considered.
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Submission to Catalysis for Sustainable Energy
Please submit your manuscripts to Catalysis for Sustainable Energy via email to
Dmitry Yu. Murzin (Europe, Americas)
dmurzin@versita.com or
Vladislav A. Sadykov (Asia, Russia and the rest of the world)
vsadykov@versita.com
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