Published by Todd Bush on September 4, 2025
WSU researchers hope to provide convenient EV charging from inexpensive bioethanol with no need to connect to the electric power grid (illustration by Joe Maceda from 3G&S US, LLC).
WSU researchers hope to provide convenient EV charging from inexpensive bioethanol with no need to connect to the electric power grid (illustration by Joe Maceda from 3G&S US, LLC).
A Washington State University-led team has been selected for a $4 million U.S. Department of Energy grant to develop a proof-of-concept electric vehicle (EV) charging station that relies on inexpensive bioethanol to produce carbon-negative electricity.
>> In Other News: SAFII Announces Approval as ASTM International Training Provider
As part of the three-year project, the researchers will develop the EV charging station technology that will be powered by a novel reactor system and can be completely independent of the electric power grid.
Funded by the DOE’s Advanced Research Projects Agency-Energy (ARPA-E), the work is led by Su Ha, George Austin Endowed Director, in WSU’s Gene and Linda Voiland School of Chemical Engineering and Bioengineering, in collaboration with researchers at 3G&S US, LLC, an energy technology company, and Nissan Technical Center North America in Michigan.
The unique system the researchers have developed achieves carbon-negative hydrogen production using raw bioethanol. The technology uses a chemical reaction to convert bioethanol into hydrogen, which can be used to produce electricity in a fuel cell, and liquid bicarbonate, which can then be transformed into value-added products. The electricity can be stored in recycled batteries on-site to be used in the EV charger. The technology simplifies current hydrogen production efforts by operating at lower temperatures and by integrating the conversion process and carbon dioxide removal in a single step.
The unique system can make hydrogen and then electricity directly from raw bioethanol, meaning the EV stations won’t need to be connected to power lines or the power grid.
Because the hydrogen and then the electricity can be made directly from an inexpensive and widely available biofuel, the EV stations won’t need to be connected to power lines or the power grid, which is cumbersome and expensive.
Furthermore, the innovation means that hydrogen can be made on-site and on-demand at fueling stations, so only the bioethanol would have to be transported using existing infrastructure. It is a major step in eliminating the need to transport high-pressure hydrogen gas and its storage, which has been a major stumbling block for its use as a clean energy fuel.
Su Ha said, “Our ARPA-E project is developing a breakthrough reactor technology to produce clean hydrogen for carbon-negative and off-grid electricity production at a competitive price. This technology offers a sustainable and scalable solution for local, distributed, and clean electricity production, supporting the U.S.’s growing EV fleet without adding strain to the electric power grid.”
The funding for the work comes through ARPA-E’s Vision OPEN 2024 program, which aims at fueling transformative energy innovations.
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Inside This Issue 🧠 From Mars to AI: Fuel Cells Power $28B Boom 🏆 Svante Technologies Wins Global Award for Breakthrough Carbon Capture Innovation 🚧 California Resources Corporation Breaks Ground ...
Inside This Issue 💰 Where the $6.5 Trillion Goes: Carbon Tech Fights for Funding 🔋 Douglas PUD Commission Cuts Ribbon At Renewable Hydrogen Production Facility 🍁 Quinbrook Acquires First Canadian ...
Inside This Issue 🌎 Are U.S. Setbacks Fueling a Global Push for Decarbonization? 🛢️ “Grand Bargain” Would Result In More Oils ands Emissions, Not Less 🤝 MOU Signed With JGC Group 🧪 IonQ Quantum Co...
Sustainable Jet Fuel Developer Moves Priority From SD to ND Amid Summit Pipeline Delays
Gevo Inc. Plans Sustainable Aviation Fuel Shift From South Dakota To North Dakota Amid Summit Carbon Pipeline Delays Gevo Inc., a Colorado-based developer of sustainable aviation fuel (SAF), annou...
CapturePoint’s CENLA Hub Project Advances On Louisiana’s Short List For Carbon Storage Permitting
CapturePoint Solutions LLC’s CENLA Hub Project Advances On Louisiana Department of Conservation and Energy (C&E) Short List For Carbon Storage Permitting ALLEN, Texas, Oct. 15, 2025 (GLOBE NEW...
Pacific Harbor Line Expands Sustainability Efforts With Remora Partnership
Anacostia Rail Holdings (ARH) is pleased to announce that its Pacific Harbor Line (PHL) subsidiary has entered into a development agreement with Remora, a Michigan-based climate technology startup ...
CATACARB® Wins Carbon Remover Award At Carbon Capture Canada 2025
CATACARB is proud to announce it has been awarded the Carbon Remover Award at Carbon Capture Canada (Canada's National Carbon Capture and Storage Event) held in Edmonton. The Carbon Remover Award r...
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.