A research team at Clemson University, led by Ming Yang, is working on a groundbreaking method to extract hydrogen from ammonia, aiming to address the challenges of transporting and storing hydrogen. Yang's team is focusing on Magnetic Induction Heating as an alternative to the conventional fossil fuel-dependent method. By using a magnetic field driven by electricity, they can rapidly raise ammonia to high temperatures, facilitating hydrogen extraction without the need to warm entire tanks. This innovative approach not only saves energy but also accelerates the catalytic reaction. The research, funded by the National Science Foundation, has the potential to make hydrogen a more viable energy source for clean transportation and off-grid applications. Additionally, Yang plans to integrate an education program into the project, offering STEM outreach events to K-12 students, research opportunities for undergraduates, and advanced training for graduate students in catalysis and reaction engineering. The ultimate goal is to develop next-generation energy solutions while fostering academic resilience and innovation in students.