Advanced Innovative Engineering (AIE) and Brunel University Partner to Develop Biofuel-Powered Rotary Engines for a Sustainable Future

Lichfield, UK – January 2025 — Advanced Innovative Engineering (AIE), a UK leader in rotary internal combustion engine technology, has joined forces with Brunel University in an ambitious Knowledge Transfer Partnership (KTP) to create advanced rotary engines powered by biofuels. This collaboration is set to redefine sustainable power generation across industries, including transportation, marine, and non-road mobile machinery.

The partnership underscores a shared commitment to developing cutting-edge, low-emission propulsion systems while addressing the growing global demand for sustainable energy solutions. By integrating biofuel capabilities into AIE’s rotary engines, the project will contribute to reducing greenhouse gas emissions and advancing energy efficiency.

Biofuels: The Future of Power

Biofuels represent a key area of focus for AIE’s technological roadmap, reflecting the company’s dedication to innovation and sustainability. The new engines will be engineered to operate seamlessly on biodiesel and other advanced biofuels, leveraging their potential to lower carbon footprints and enhance energy security.  

“With this partnership, we are harnessing the advantages of rotary engine technology—such as compactness, efficiency, and power density—and combining them with the environmental benefits of biofuels,” said Nathan Bailey, Managing Director of AIE. “This project not only aligns with global sustainability goals but also positions AIE as a pioneer in clean energy solutions for a diverse range of industries.”

Advancing Hybrid and Biofuel Technology

The collaboration will enable AIE to integrate advanced modelling and experimental techniques developed at Brunel University, providing the tools necessary to optimize engine performance for biofuel applications. This includes the development of highly efficient fuel injection and combustion systems tailored for rotary engines.

Unlocking Market Potential

With the global diesel generator market valued at over $15 billion and the non-road mobile machinery sector experiencing rapid growth, AIE’s biofuel-powered rotary engines are poised to make a significant impact. The engines’ compact size, lightweight design, and ability to run on sustainable fuels make them an attractive solution for industries requiring reliable and efficient power sources.

Economic and Environmental Impact

The project will not only foster innovation but also create high-value jobs in research, development, and manufacturing. Additionally, it supports broader climate goals by reducing emissions, improving energy efficiency, and contributing to the transition toward low-carbon technologies.

About Advanced Innovative Engineering (AIE)

Founded in 2012, AIE specializes in Wankel rotary engine technology, offering innovative solutions to meet the evolving needs of aerospace, transportation, and energy sectors. By embracing new fuel technologies and pushing the boundaries of engine design, AIE is committed to delivering sustainable power solutions for a cleaner future.  

About Brunel University

Brunel University is a global leader in engineering research, known for its work in advanced energy systems and sustainable technologies. Through its collaboration with industry partners, the university drives impactful innovations that address real-world challenges. Fore more details, please visit the Brunel University KTP portal