@misc{d1fb12d8734e4fe1949b9740b209f65e,
title = "Formate as an Energy Source to Allow Sugar Fermentation with No Net CO2 Generation: Integration of Electrochemistry with Fermentation",
abstract = "This poster summarizes at a high-level the scope of various groups' work on Formate as an Energy Source to Allow Sugar Fermentation with No Net CO2 Generation: Integration of Electrochemistry with Fermentation. The goals of this research are to develop and demonstrate an integrated process that electrochemically generates formate from CO2 and use the formate as an energy source for the fermentation of sugars to fatty acid methyl esters (FAME) without net CO2 generation wherein formate provides reducing equivalents for sugar fermentation and a chemical looping reactor system takes advantage of intermittent low-cost electricity from wind and solar resources.",
keywords = "electrochemistry, energy, fermentation, formate, no net carbon, sugar",
author = "Randy Cortright and Kenneth Neyerlin and Leiming Hu and Audrey Taylor and Andrew Smeltz and Namal Wanninayake and Shannon Boettcher and Olivia Traenke and John Trawick and Joseph Fromm and Mike Noble and Amit Shah and David Zhang",
year = "2023",
language = "American English",
series = "Presented at the ARPA-e Energy Innovation Summit, 22-24 March 2023, Washington, D.C.",
publisher = "National Laboratory of the Rockies (NLR)",
address = "United States",
type = "Other",
}