• Governance Impacts: Identifying governance-related risks at the state of time, such as regulatory gaps, institutional constraints, or the lack of effective policy frameworks. For instance, delays in regulatory approvals could significantly hinder the timely execution of hydrogen projects. This comprehensive assessment will deepen stakeholders’ understanding of each risk's severity and help prioritize mitigation strategies, ensuring that potential consequences are thoroughly accounted for. 2. Validation of Mitigation Measures: Proposed mitigation measures will be evaluated and modified based on stakeholder feedback to ensure: • Feasibility: Ensuring that proposed mitigation measures are realistic, achievable, and aligned with available resources, technologies, and capabilities. Stakeholders shall assess whether the proposed measures can be effectively implemented within the existing institutional and financial frameworks. • Efficacy: Evaluating the effectiveness of mitigation strategies in addressing the root causes of identified risks. Measures shall aim to reduce the likelihood of risks or minimize their impact if they occur. • Adaptability: Verifying the flexibility of mitigation measures to accommodate evolving circumstances, such as advances in technology, market dynamics, or shifts in policy. Strategies shall be designed to adapt to the future landscape of green hydrogen development. • Action Phases: The mitigation measures shall be classified into immediate(0–5 years), medium-term(6–15 years), and long-term(16–30 years) actions to allow for phased implementation, with urgent issues addressed first and long-term challenges planned for future resolution. 3. Risk Classification by Operational Domain: To ensure the effective implementation of mitigation measures, risks shall be categorized according to their significance within specific operational domains of Jordan's green hydrogen ecosystem. This approach will streamline the allocation of resources and efforts: • Water Desalination: Address risks related to water scarcity and the effective use of desalination technology to support hydrogen production in arid regions. Stakeholders shall assess the potential for technological advancements in desalination that could mitigate risks associated with water shortages. • Renewable Energy(Wind and Solar): Classify risks such as land resource availability, intermittency of renewable energy, and the expansion of renewable energy infrastructure. Stakeholders may suggest solutions like hybrid energy supply systems or energy storage to manage intermittency. • Hydrogen Production: Categorize technological and operational risks in hydrogen production, such as inefficiencies or scaling challenges in electrolysis technology or other production methods. Stakeholders shall explore innovative solutions to improve production efficiency. 44