Brian Washington, the CEO of AluminAiry, graduated from the University of Tennessee with a PhD in chemical engineering. During his graduate studies, he worked under the guidance of Dr. Thomas Zawodzinski, where his research focused on enhancing the performance attributes of the air electrode. This technology is used to produce energy from oxygen in the air. Brian worked with experts from the Army Research Lab (ARL) to develop aluminum-air battery systems for electric mobility applications. AluminAiry was founded in April 2024 with the dream of making the world a more sustainable place for future generations, using aluminum-air systems to lead the way. Since the founding of the company, we have seen a plentiful amount of success, including participating in the third cohort of the Spark Cleantech Accelerator, placing second in the Graves Business Plan Competition, and most recently, being awarded the Spark Award presented by the Tennessee Valley Authority (TVA), all of which have been substantial milestones in the company’s growth.
Represented Organization
AluminAiry
Key Innovation
AluminAiry develops mechanically refuellable aluminum-air generator systems that overcome traditional limitations of aluminum-air batteries, such as their discharge-only nature, high-purity aluminum requirements, and labor-intensive anode replacement. The technology uses low-cost, widely available scrap or recycled aluminum combined with oxygen to produce clean energy and a carbon-free byproduct, aluminum trihydrate. Patented techniques enable automated refueling, flushing, and resealing, allowing near-continuous energy output without requiring manual intervention by operators. By integrating recycled aluminum, the system supports a circular economy, reducing aluminum waste while maintaining consistent, safe, and low-maintenance energy generation.
Target Market
AluminAiry targets applications requiring modular, low-cost, and reliable energy, including stationary and portable energy systems, off-grid power solutions, and backup systems for critical infrastructure. The system is particularly suitable for customers seeking continuous, automated energy output without full battery replacement. The aluminum trihydrate byproduct can also be sold to secondary markets, such as aluminum manufacturers, creating a complete production loop. This technology addresses both energy generation and sustainable waste management needs, making it attractive for environmentally conscious and cost-sensitive energy markets.