Alternative Fuels and Platform Chemicals Obtained from the Sustainable Valorization of Residues through Thermochemical Processes

Dear Colleagues,

Due to the population economic growth and the reduction of fossil fuel reserves, new alternative fuels are currently developed, highlighting those obtained from the thermochemical transformation of residues (lignocellulosic, plastics, used tyres and solid urban waste). Novel processes for alternative fuels produced from renewable resources are emerging nowadays, due to the increase of greenhouse gas concentrations and consciousness of the human race about environmental damage. Moreover, alternative fuels have been explored to guarantee the sustainable development of developed countries, as potential fossil oil substitutes. Thus, alternative fuels obtained from catalytic pyrolysis of lignocellulosic resources; plastics; used tyres or co-pyrolysis of biomass/plastics, are claimed to be a renewable substitute of fossil fuels and derivatives. Such processes constitute an appropriate way to obtain sustainable fuels in the last decades, attracting researchers worldwide and becoming an essential area for alternative fuels upgrading, platform molecules and by-products improvement.

This special issue focuses on gathering essential information about obtention and upgrading alternative fuels and platform molecules through catalytic thermochemical processes.

Main topics to be considered in this special issue:

• Sustainable valorization of lignocellulosic, plastic residues, used tyres and solid urban waste to obtain alternative fuels and platform molecules.
• Alternative fuels from catalytic thermochemical processes.
• Upgrading of alternative fuels. Biorefinery
• Modification and improvement of catalysts to enhance catalytic performance, yield and products distribution.
• Life cycle assessment to estimate recovered energy, climate change impacts and economics of thermochemical processes.

Prof. Serguei Alejandro-Martín
Prof. Luis E. Arteaga-Pérez
Prof. Mabel I. Vega Coloma
Guest Editors

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• Alternative fuels
• renewable hydrocarbon fuels
• thermochemical processes
• natural and synthetic zeolites
• Biorefinery
• Applied Catalysis
• Waste pyrolysis
• Sustainable valorization
• Life cycle assessment