The article discusses the transition from fossil fuel-based hydrogen to pure hydrogen sourced from renewables in large-scale industrial applications. It highlights the recent industrial demand for hydrogen in processes like methanol synthesis and direct reduction of iron, emphasizing the need to modify existing processes to target gaseous feedstocks for decarbonization. While nearly half of global hydrogen is currently produced from natural gas, there is a growing necessity to deliver large quantities of hydrogen with low carbon intensity year-round. The article explores the challenges of switching to renewable hydrogen, such as addressing renewable resource intermittency and ensuring reliable supply for industries. It also touches on the increasing adoption of clean hydrogen in sectors like iron and steel, despite hurdles like the need for long-duration hydrogen storage systems. The study compares various storage methods for renewable hydrogen delivery, highlighting the potential of liquid organic hydrogen carriers (LOHC) for stationary storage at industrial scales. Overall, the article provides insights into the challenges and opportunities associated with transitioning to renewable hydrogen for large-scale industrial applications.