The report focuses on India's steel sector transitioning towards low-carbon direct reduced iron (DRI) production methods, with a strong emphasis on the integration of hydrogen to drive decarbonization efforts and reduce carbon emissions. By 2025, pilot initiatives and commercial projects are expected to utilize hydrogen blends in conventional gas-based DRI processes, paving the way for full-hydrogen DRI routes. The goal is to scale domestic hydrogen production, primarily from renewable sources, for large steelmaking clusters by 2034. The development of a robust hydrogen supply chain is highlighted, encompassing capture, compression, transport via pipelines, and consumption within DRI plants. The report details the infrastructure requirements for hydrogen production, storage, and transportation, including the types of hydrogen production, upcoming facilities, transportation modes, storage solutions, and consumer segments. It also delves into the technological aspects of integrating hydrogen into the DRI process, the key players in India's DRI transition, regulatory policies driving hydrogen adoption, and the economic feasibility and infrastructure challenges associated with transitioning to hydrogen-based steel production. Key points covered include the importance of infrastructure development for hydrogen utilization, advancements in hydrogen production technologies, the market for hydrogen storage and transport in India, and the potential of integrating hydrogen into DRI processes for significant emissions reductions. The sentiment of the report is positive, showcasing the opportunities and advancements in India's journey towards low-carbon steel production through the integration of hydrogen.