<p>Part I: General</p> <p>1. The role of Hydrogen Energy: Strengths, Weaknesses, Opportunities and Threats</p> <p>Jingzheng Ren</p> <p>2. Introduction of Hydrogen Routines</p> <p>Di Xu</p> <p>3. Critical Factors and Cause-Effect Analysis for Enhancing the Sustainability of Hydrogen Supply Chain</p> <p>Jingzheng Ren</p> <p>Part II: Design, Optimization, Assessment and Decision-making</p> <p>4. Design and operation of hydrogen supply chains: a review on technology integration and system optimization </p> <p>Catherine Azzaro-Pantel, Tchougoune Moustapha Mai and christian cristofari</p> <p>5. Superstructure-based modelling for hydrogen supply chains: a review for capturing centralized vs. decentralized options</p> <p>Renato Luise, Catherine Azzaro-Pantel and Annabelle Brisse</p> <p>6. Life Cycle Cost Analysis of Hydrogen Energy Technologies</p> <p>Antonella Petrillo</p> <p>7. Life Cycle Assessment of Solid Oxide Fuel Cells and Polymer Electrolyte Membrane Fuel Cells: A Review</p> <p>Alessandro Manzardo</p> <p>8. Comparison of Different Multicriteria Decision-Making Methodologies for Sustainability Decision Making</p> <p>Hanwei Liang</p> <p>9. Sustainability Decision Support Framework for the Prioritization of Hydrogen Energy Systems</p> <p>Jingzheng Ren</p> <p>10. Hydrogen location selection and optimization: advanced models and behavioral evidence </p> <p>Michael Kuby, Scott Kelley, Gil Tal and Andrew Martinez</p> <p>11. Hydrogen production technologies: conventional processes</p> <p>Abdalla Mohamed Ibrahim</p> <p>Part III: Advanced hydrogen routines and technologies</p> <p>12. Biohydrogen Production from Waste Substrates and Its Techno-Economic Analysis</p> <p>Sankar Chakma and Pritam Kumar Dikshit</p> <p>13. Proton Exchange Membrane Fuel Cells: Recent Advances, Modeling, and Future Trends</p> <p>Francisco Jurado Melguizo, Wilian Paul Arévalo Cordero and Marcos Tostado-Véliz</p> <p>14. Electrolyser Technologies for Hydrogen Economy</p> <p>Sarbjit Giddey, Gurpreet Kaur, Mandar Risbud, Nawshad Haque, Dattatray S. Dhawale and Haijin Zhu</p> <p>15. Hydrogen Safety, Risk, and Reliability Analysis</p> <p>Katrina M. Groth and Ahmad Al-Douri</p> <p>16. Safety of Hydrogen for Large-Scale Energy Deployment in a Decarbonized Economy</p> <p>Chris LaFleur, Chris San Marchi, Ethan Hecht, Joseph Ronevich and Brian Ehrhart</p> <p>17. Opportunities and Future Challenges in Hydrogen Economy for Sustainable Development</p> <p>Yi Dou, Jingzheng Ren, Lu Sun and Liang Dong</p> <p>Part IV: Policies and Perspective</p> <p>18. Hydrogen Production Methods: Benefits, Opportunities, Costs, and Risks</p> <p>Jinsoo Kim and Minyoung Yang</p> <p>19. Power to hydrogen concepts for 100% renewable and sustainable energy systemsAndreas Poullikkas and Pavlos Nikolaidis</p> <p>Part I: General</p> <p>1. The role of Hydrogen Energy: Strengths, Weaknesses, Opportunities and Threats</p> <p>Jingzheng Ren</p> <p>2. Introduction of Hydrogen Routines</p> <p>Di Xu</p> <p>3. Critical Factors and Cause-Effect Analysis for Enhancing the Sustainability of Hydrogen Supply Chain</p> <p>Jingzheng Ren</p> <p>Part II: Design, Optimization, Assessment and Decision-making</p> <p>4. Design and operation of hydrogen supply chains: a review on technology integration and system optimization </p> <p>Catherine Azzaro-Pantel, Tchougoune Moustapha Mai and christian cristofari</p> <p>5. Superstructure-based modelling for hydrogen supply chains: a review for capturing centralized vs. decentralized options</p> <p>Renato Luise, Catherine Azzaro-Pantel and Annabelle Brisse</p> <p>6. Life Cycle Cost Analysis of Hydrogen Energy Technologies</p> <p>Antonella Petrillo</p> <p>7. Life Cycle Assessment of Solid Oxide Fuel Cells and Polymer Electrolyte Membrane Fuel Cells: A Review</p> <p>Alessandro Manzardo</p> <p>8. Comparison of Different Multicriteria Decision-Making Methodologies for Sustainability Decision Making</p> <p>Hanwei Liang</p> <p>9. Sustainability Decision Support Framework for the Prioritization of Hydrogen Energy Systems</p> <p>Jingzheng Ren</p> <p>10. Hydrogen location selection and optimization: advanced models and behavioral evidence </p> <p>Michael Kuby, Scott Kelley, Gil Tal and Andrew Martinez</p> <p>11. Hydrogen production technologies: conventional processes</p> <p>Abdalla Mohamed Ibrahim</p> <p>Part III: Advanced hydrogen routines and technologies</p> <p>12. Biohydrogen Production from Waste Substrates and Its Techno-Economic Analysis</p> <p>Sankar Chakma and Pritam Kumar Dikshit</p> <p>13. Proton Exchange Membrane Fuel Cells: Recent Advances, Modeling, and Future Trends</p> <p>Francisco Jurado Melguizo, Wilian Paul Arévalo Cordero and Marcos Tostado-Véliz</p> <p>14. Electrolyser Technologies for Hydrogen Economy</p> <p>Sarbjit Giddey, Gurpreet Kaur, Mandar Risbud, Nawshad Haque, Dattatray S. Dhawale and Haijin Zhu</p> <p>15. Hydrogen Safety, Risk, and Reliability Analysis</p> <p>Katrina M. Groth and Ahmad Al-Douri</p> <p>16. Safety of Hydrogen for Large-Scale Energy Deployment in a Decarbonized Economy</p> <p>Chris LaFleur, Chris San Marchi, Ethan Hecht, Joseph Ronevich and Brian Ehrhart</p> <p>17. Opportunities and Future Challenges in Hydrogen Economy for Sustainable Development</p> <p>Yi Dou, Jingzheng Ren, Lu Sun and Liang Dong</p> <p>Part IV: Policies and Perspective</p> <p>18. Hydrogen Production Methods: Benefits, Opportunities, Costs, and Risks</p> <p>Jinsoo Kim and Minyoung Yang</p> <p>19. Power to hydrogen concepts for 100% renewable and sustainable energy systems</p> <p>Andreas Poullikkas and Pavlos Nikolaidis</p>
