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Air‐Stable High‐Voltage Li‐Ion Organic Cathode Enabled by Localized High‐Concentration Electrolyte

Year: 2025
Type: article
Source: ChemSusChem
DOI: 10.1002/cssc.202402779
Language: English
Open Access status: closed
Award: UNIVERSITY OF HOUSTON, NEW COMPETITIVE AGREEMENT, UNDER FOA NUMBER DE-FOA-0002459 (OPEN 2021) WITH PROJECT TITLE ''LITHIUM- AND TRANSITION METAL-FREE HIGH-ENERGY FAST-CHARGING BATTERIES'' TO ENHANCE THE ENERGY SUPPLY CHAIN SECURITY OF THE U.S., UNIVERSITY OF HOUSTON HEREIN PROPOSE A BATTERY THAT WILL MATCH LITHIUM BATTERIES IN TERMS OF ENERGY AND POWER DENSITIES WITHOUT USING LITHIUM AND TRANSITION METALS IN ACTIVE MATERIALS. UH PROPOSED BATTERY WILL SUBSTITUTE LITHIUM-BASED ANODES WITH THE ENERGY-DENSE AND ABUNDANT MAGNESIUM, OF WHICH METAL THE U.S. HAS VIRTUALLY UNLIMITED RESERVE AND HAD BEEN THE WORLD’S DOMINANT PRODUCER. TRANSITION METAL-BASED CATHODES WILL BE REPLACED BY ORGANIC MATERIALS OBTAINED FROM OIL REFINERY AND BIOREFINERY, OF BOTH THE U.S. HAS THE LARGEST CAPACITY IN THE WORLD. THE PROPOSED “MAGNESIUM-ORGANIC” BATTERIES ARE THUS A GREENER AND RELIABLY DOMESTICALLY AVAILABLE ALTERNATIVE TO LITHIUM BATTERIES.
OpenAlex ID: W4408878909
FWCI: 0.901
Cites: 41
Cited by: 4
Related to: 10