Clean Hydrogen: From Production to Mobility serves as an authoritative reference for researchers, engineers, technology developers, and decision‑makers involved in advancing hydrogen technologies. The book responds to the growing need for integrated, engineering‑focused knowledge by providing an in‑depth examination of low‑carbon hydrogen production pathways, storage solutions, and transportation systems. It covers both established and emerging methods, including sorption‑enhanced reforming, bio‑hydrogen generation from microalgae, and subsurface in‑situ hydrogen production with integrated CO₂ sequestration, while emphasizing process intensification, system integration, and techno‑economic evaluation to support scalable and commercially viable deployment. Drawing on fundamental principles, advanced process designs, modeling and simulation approaches, and environmental considerations, the book equips readers with a systems‑level perspective essential for optimizing hydrogen supply chains and reducing lifecycle emissions. The detailed table of contents spans hydrogen color classifications, material‑ and physical‑based storage technologies, transport infrastructure, and next‑generation production routes. Each chapter incorporates practical applications, case studies, and analytical techniques, enhancing the book’s utility for both academic research and industrial practice. Aligned with the UN Sustainable Development Goals, including Affordable and Clean Energy (SDG 7), Industry, Innovation and Infrastructure (SDG 9), Responsible Consumption and Production (SDG 12), and Climate Action (SDG 13)—this reference empowers professionals to evaluate, innovate, and implement low‑carbon hydrogen solutions. By combining scientific rigor with practical engineering insights, the volume offers a vital resource for advancing hydrogen’s role in the global energy transition and supporting the development of sustainable, climate‑aligned energy systems.

• Delivers a unified, engineering‑driven treatment of advanced hydrogen production pathways, covering sorption‑enhanced processes, in‑well hydrogen generation, microalgae systems, and process‑intensified technologies to provide a state‑of‑the‑art view of low‑carbon hydrogen production
• Offers rigorous quantitative analysis including thermodynamics, kinetics, reactor modeling, and techno‑economics to enable evidence‑based comparison, design, and scale‑up of hydrogen production routes
• Presents an end‑to‑end systems framework that links hydrogen production with storage, transportation, and utilization, supporting holistic planning across the entire hydrogen value chain
• Showcases cutting‑edge innovations such as microalgae‑based bio‑hydrogen, photobiological systems, and in‑situ CO₂‑integrated subsurface hydrogen generation, positioning readers at the forefront of emerging hydrogen technologies