|Publisher DOI:||10.1016/j.ijhydene.2019.01.199||Title:||Liquid Organic Hydrogen Carrier (LOHC) – Assessment based on chemical and economic properties||Language:||English||Authors:||Niermann, Matthias
|Keywords:||Alternative fuels;Assessment;Hydrogen economy;Hydrogen storage;Liquid Organic Hydrogen Carrier;LOHC||Issue Date:||8-Mar-2019||Source:||International Journal of Hydrogen Energy 13 (44): 6631-6654 (2019-03-08)||Journal or Series Name:||International journal of hydrogen energy||Abstract (english):||LLC Hydrogen can be transported via long distances based on Liquid Organic Hydrogen Carriers (LOHC). Such a transport is realized based on a two-step cycle: (1) loading/storage of hydrogen (hydrogenation) into the LOHC molecule and (2) unloading/release of hydrogen (de-hydrogenation). During the storage period, hydrogen is covalently bound to the respective LOHC. Since the (optimal) LOHC is liquid at ambient conditions and shows similar properties as crude oil based liquids (e.g. diesel, gasoline), it can easily be handled, transported and stored; thus a stepwise implementation using the existing crude oil based infrastructure would be possible. Against this background this paper reviews the current knowledge in hydrogenation and de-hydrogenation of various LOHC. Therefore, a variety of LOHC is evaluated based on their properties and compared to each other. By applying different evaluation criteria representing the requirements of the three different application areas (energy-storage, energy-transport, mobility application), the LOHCs can be assigned to a field they suit best. The analysis shows that the most promising LOHC candidates to date are dibenzyltoluene for energy-transport and energy-storage as well as N-ethylcarbazole for mobility applications. In addition, a use of toluene in the transport sector is also conceivable. Methanol can potentially be applied in all three application fields due to its properties if a compromise between de-hydrogenation temperature and gas flow can be achieved based on further R&D-activities. For future implementation phenazine and formic acid show great potential, but also additional R&D especially regarding catalysis and solvents is necessary.||URI:||http://hdl.handle.net/11420/4495||ISSN:||0360-3199||Institute:||Umwelttechnik und Energiewirtschaft V-9||Type:||(wissenschaftlicher) Artikel|
|Appears in Collections:||Publications without fulltext|
Show full item record
checked on Oct 21, 2020
Add Files to Item
Note about this record
Items in TORE are protected by copyright, with all rights reserved, unless otherwise indicated.