Energy integration in the refinery, use of hydrogen produced using renewable electricity in refining and petrochemistry, chemical energy storage (e.g., via synthesis of methane or higher hydrocarbons, methanol etc.). Process intensification and sector coupling between energy and fuels/chemicals. Also welcome are contributions addressing the topic electro-mobility versus conventional fuels, including the properties and manufacture of synthetic fuels based on renewable resources. Abstracts on both fundamental studies and applied research on the above topics will be highly welcome.
Energy integration in the refinery, use of hydrogen produced using renewable electricity in refining and petrochemistry, chemical energy storage (e.g., via synthesis of methane or higher hydrocarbons, methanol etc.). Process intensification and sector coupling between energy and fuels/chemicals. Also welcome are contributions addressing the topic electro-mobility versus conventional fuels, including the properties and manufacture of synthetic fuels based on renewable resources. Abstracts on both fundamental studies and applied research on the above topics will be highly welcome.
Diverse
Chemical Energy Storage Energy Integration in the Refinery Process Intensification and Sector Coupling between Energy and Fuels/Chemicals