The steel industry is on the brink of a transformation with the emergence of a color-neutral hydrogen system developed by Utility Global. This innovative ceramic reactor eliminates the need for electrolysis in producing hyper low carbon hydrogen, marking a significant advancement in industrial decarbonization. The US Department of Energy's Oak Ridge National Laboratory has endorsed the eXERO platform after four years of study, confirming its technological viability and potential commercialization. The eXERO system operates in different modes, producing high-purity hydrogen, green carbon monoxide, and crack ammonia without added electric power, demonstrating its versatility in sustainable hydrogen production. The circularity of the eXERO system allows it to utilize various feedstocks including biogas, renewable natural gas, and waste gases from steelmaking, aligning with the principles of the circular economy. Partnerships like the one with the Colorado School of Mines highlight the collaborative efforts towards optimizing the eXERO platform for maximum impact in CO2 mitigation and green hydrogen production. The partnership leverages the expertise of researchers and resources at the university's Fuel Cell Center to further enhance the efficiency and application of the eXERO system in industrial processes. This development signifies a significant step towards reshaping the hydrogen economy into a model that emphasizes renewable and re-usable resources, paving the way for a more sustainable future.