@misc{d7dc2cbfbcbc48e8b928000948e70f4e,
title = "Technoeconomic Analysis of a Solar Thermochemical Fuel Production Process Using a Packed-Bed Redox Reactor",
abstract = "The production of sustainable liquid fuels is paramount in decarbonization of difficult to abate sectors such as the aviation and maritime sectors. Solar thermochemical fuel production is a promising pathway to produce such fuels using concentrated solar thermal (CST) power driving high-temperature redox reactions, coupled with a gas-to-liquid process. In this work we present a preliminary technoeconomic analysis of a solar fuels plant, utilizing a new fixed-bed countercurrent redox reactor and combining both CST and photovoltaic arrays to supply the required energy.",
keywords = "solar fuels, solar thermochemical processes, sustainable aviation fuels, technoeconomic analysis",
author = "Alon Lidor and Zachary Hart and Janna Martinek",
year = "2024",
language = "American English",
series = "Presented at the 30th SolarPACES Conference, 8-11 October 2024, Rome, Italy",
type = "Other",
}