Hydrogen Production Using Nuclear Energy A Pathway to Clean Energy Through Thermochemical and Electrochemical Processes, Integrating Nuclear Power with Hydrogen Generation Technologies

Contributors: Shahram Assadi

Published in Nuclear Future 22.2

DOI: https://doi.org/10.63198/nuclearfuture222412

SUMMARY

• Promising Energy Pathway: Hydrogen production using nuclear energy offers a scalable, low-carbon solution for future energy systems.
• Integrated Approach: The paper examines how nuclear power can supply both electricity and high-temperature heat for hydrogen production.
• Technological Focus: It explores electrolysis and thermochemical water splitting methods, evaluates Generation IV reactor technologies, and analyzes their suitability.
• Applications and Challenges: Key findings address hydrogen’s role in transportation, industry, and energy storage, while considering economic feasibility, infrastructure requirements, and public perception.

LEAD AUTHOR

Shahram Assadi is a Senior Project Manager based in Toronto, Ontario, Canada with extensive experience leading complex, cross-functional initiatives in the technology and engineering sectors. With a strong background in project delivery, stakeholder engagement, and strategic planning, Shahram has successfully managed high-impact programs across diverse industries. He is known for his structured approach to problem-solving, commitment to quality, and ability to drive innovation through collaboration. Shahram holds a proven track record of delivering results in dynamic environments and is passionate about leveraging technology to create sustainable and scalable solutions.