Airbus, Houston Airports, and the Center for Houston’s Future (CHF) have joined forces to explore the feasibility of establishing a hydrogen hub at George Bush Intercontinental Airport (IAH) in Houston. This initiative is part of Airbus' 'Hydrogen Hub at Airports' concept, focusing on understanding hydrogen infrastructure needs for future aircraft and decarbonizing airport-associated infrastructure. The study, scheduled for completion in March 2025, will assess hydrogen supply, infrastructure development, and usage at the airport, with a vision to welcome hydrogen-powered aircraft by 2035. The collaboration aims to leverage hydrogen to not only reduce aircraft CO2 emissions but also decarbonize air transport activities on the ground. By reimagining airport infrastructure design and operations, the partners seek to minimize their environmental footprint and support the transition to sustainable aviation. Airbus, a key player in sustainable aerospace, is developing the first hydrogen-powered commercial aircraft, aligning with its goal to pioneer efficient and technologically-advanced solutions. Houston Airports, as a vital component of the city's transportation industry, is committed to fostering economic vitality and global connectivity while prioritizing sustainability. The partnership underscores the importance of collective action in driving the adoption of hydrogen in aviation, emphasizing the need for collaboration among airport authorities, energy suppliers, and regulatory bodies. The Center for Houston’s Future has been instrumental in orchestrating this study, highlighting Houston's potential to lead in clean hydrogen initiatives, given its status as an energy innovation hub. Through this endeavor, the partners aim to position Houston as a global leader in sustainable aviation innovation and contribute to a cleaner, more efficient aviation sector. The study's outcomes are expected to provide valuable insights for guiding future development and reinforcing Houston's commitment to environmental responsibility and technological advancement in aviation.