Abstract

The Kingdom of Saudi Arabia (KSA), as a prominent global energy leader, is strategically positioned to drive sustainable aviation fuel (SAF) innovation through the integration of green hydrogen and electrochemical CO₂ recycling technologies. Utilizing Saudi Arabia’s extensive renewable energy resources, green hydrogen can be efficiently produced via water electrolysis, serving as a foundational component for sustainable aviation fuel production.

This seminar explores advanced methods for converting CO₂ into SAF using state-of-the-art electrochemical recycling processes. Discussions will highlight breakthroughs in catalyst design, reactor engineering, and system integration that enhance the selectivity, efficiency, and durability of CO₂ conversion into synthetic fuels. By coupling green hydrogen with electrochemically recycled CO₂, the session will present viable pathways toward achieving net-zero emissions in aviation.

Detailed techno-economic assessments and case studies of regional pilot projects will offer insights into practical implementation, scalability, and environmental benefits. The seminar aims to foster dialogue among researchers, industry experts, and policymakers, promoting collaborative innovation to position Saudi Arabia at the forefront of sustainable aviation fuel production, ultimately advancing its commitment to a carbon-neutral future.

Biography

Dr. Shahid Rasul is a scientist and innovator in the fields of clean energy, hydrogen technologies, and CO₂ recycling. As Associate Professor and Director of Employability & Placements at Northumbria University, UK, and Founder of IONIST, Dr. Rasul leads interdisciplinary research focused on sustainable energy transitions and industrial decarbonization.

Dr. Rasul’s work addresses critical challenges in hydrogen production and carbon recycling, and next-generation battery technologies. His current projects include developing hydrogen-based heating systems for industrial applications, creating sustainable aviation fuels (SAFs) via CO₂ conversion, and advancing scalable battery recycling systems to support a circular carbon economy.

Dr. Rasul’s approach blends academic excellence with practical innovation, bridging the gap between laboratory research and commercial implementation. Through his leadership at IONIST and TEXONOMY, he collaborates with global stakeholders to drive forward sustainable technologies that support net-zero ambitions and clean energy futures. Additionally, Dr. Rasul shares insights on decarbonization strategies, circular energy systems, and integrated hydrogen-carbon solutions—offering a forward-thinking perspective on achieving Saudi Arabia’s and global climate goals.