Flow Aluminum Welcomes Top Scientific Talent to Drive Cleantech Innovation in Albuquerque 

Scott Gordon-Wylie and Luke Soule Join Flow Aluminum’s Technical Team, Bolstering the Company’s Development of Next-Generation Aluminum-CO2 Batteries

Flow Aluminum, an Albuquerque-based startup revolutionizing energy storage with its aluminum-CO2 battery technology, is excited to announce Scott Gordon-Wylie, Ph.D., as Senior Scientist and Luke Soule as Senior Research Chemist to its growing team. A key player in the cleantech startup ecosystem, Flow Aluminum is attracting some of the world’s top scientific talent to Albuquerque, including Gordon-Wylie and Soule, contributing to the city’s emergence as a hub for clean energy innovation. 

Gordon-Wylie and Soule each bring extensive experience in chemistry, electrochemistry, and energy storage, significantly advancing Flow Aluminum’s mission to revolutionize the energy landscape. Following the recent testing results from the Battery Innovation Center in Indiana, the two exceptional talents are working closely in Flow Aluminum’s Albuquerque-based laboratory, where they continue to make strides in commercializing the company’s aluminum CO2 battery. 

Scott Gordon-Wylie, Ph.D.: Pioneering Research Scientist with Diverse Expertise

Scott Gordon-Wylie, Ph.D., is a seasoned scientist with diverse expertise in inorganic chemistry, materials science, and spectroscopy. He holds several patents and has been published in numerous scientific journals. 

Gordon-Wylie earned his Ph.D. in inorganic chemistry from Carnegie Mellon University, and his career spans academia and entrepreneurship. His many contributions to the renewable energy sector include developing a green chemistry program at the University of Vermont and founding his research laboratory and biofuel refinery devoted to using green chemistry to turn waste into new products. 

“Scott brings a unique entrepreneurial mindset and technical depth to Flow Aluminum,” commented CEO Tom Chepucavage. “With his experience across multiple chemistry disciplines and commitment to sustainable energy, Scott is a perfect fit to drive our research forward.”

Most recently, Gordon-Wylie spent six years at Dartmouth as a biomedical research engineer. He transitioned to the battery industry after seeing the need for more chemists in the field to drive substantial advancement. With an entrepreneurial background and a broad skill set in inorganic chemistry, magnetism, electrochemistry, spectroscopy, and materials science, Gordon-Wylie’s collaborative approach and drive to challenge peers to realize a vision plays a key role in advancing Flow Aluminum’s research in carbon-based materials and manufacturing efforts, supporting the company’s technology roadmap.  

Luke Soule: Experienced Chemist Driving Electrochemical Innovation

In his new role as Senior Research Chemist, Luke Soule brings a wealth of expertise in material science, electrochemistry, and battery technology to Flow Aluminum. A native of New Mexico, Luke earned his undergraduate degree from New Mexico Tech and later pursued graduate studies at Georgia Tech, where he fully committed to battery research. His career includes impactful work at Sandia Labs, where he pioneered using amino acids in electroplating, and Pacific Northwest Labs, where he focused on magnesium batteries.  

“Luke’s proven track record in battery chemistry makes him a vital part of our team,” added company CTO, Dr. Olaf Conrad. “His electrochemical testing and innovative solutions align perfectly with Flow Alumunium’s goals and our team’s path to commercialization.” 

Soule holds two U.S. patents for his innovations: a doped titanium niobium-oxide lithium-ion battery anode with improved rate capability and a tin-indium alloy electroplating bath. Drawn to Flow Aluminum’s collaborative environment and groundbreaking technology, Soule is excited to contribute his skills in electrochemical testing and innovation, working closely with the team to drive the commercialization of the company’s aluminum-CO2 batteries.

Earlier this month, Flow Aluminum reached a major milestone with its aluminum-CO2 battery prototype, moving even closer to the development of a safer, more cost-effective, and sustainable alternative to traditional lithium-ion batteries. Chepucavage recently presented the prototype in Dubai to potential investors, showcasing its revolutionary potential. As the team advances its work, the company is preparing for arctic testing in Norway next year, with Gordon-Wylie and Soule playing key roles in developing a cold-weather-capable Flow Aluminum prototype. This marks a crucial step toward commercializing the technology and solidifying Flow Aluminum’s potential as a leader in global energy storage.

With the expertise of Gordon-Wylie and Soule, the leadership of Dr. Conrad, and Chepucavage’s dedication to building strong, innovative teams, Flow Aluminum is uniquely positioned to advance the development and commercialization of its aluminum-CO2 battery. To learn more about Flow Aluminum, visit www.flowaluminum.com or follow the company’s LinkedIn page.