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Theme & topic descriptions
| A | Hydrogen Economy and Infrastructure Development | The development of hydrogen valleys and infrastructure in Europe, focusing on local ecosystems, value chains, and addressing infrastructure challenges such as production capacity and rollout barriers. |
| 1 | Hydrogen Valley Infrastructure Challenges | Identifying and addressing the key barriers to the rollout of hydrogen valleys, including infrastructure needs and production capacity. |
| 2 | Hydrogen Economy Development | The establishment and expansion of hydrogen valleys as a means to enhance the hydrogen economy in Europe, focusing on local ecosystems and value chains. |
| B | Hydrogen Development Collaboration and Governance | The role of cooperation among stakeholders and governance structures in advancing hydrogen initiatives, including the establishment of independent hydrogen valleys with competence-based management. |
| 3 | Collaboration and Partnerships | The importance of cooperation among various stakeholders, including governments, businesses, and research institutions, to advance hydrogen initiatives. |
| 4 | Governance and Independence of Hydrogen Valleys | The need for hydrogen valleys to operate independently from government influence, emphasizing the importance of competence-based management and local initiatives. |
| C | Hydrogen Regulatory and Legal Framework | The creation of supportive regulatory and legal environments for hydrogen production and use, addressing competition with fossil fuels, and standardizing processes for hydrogen valleys. |
| 5 | Legal Framework for Hydrogen Valleys | The importance of defining a legal framework for hydrogen valleys to standardize processes and improve transparency for funding applications. |
| 6 | Regulatory Framework for Hydrogen | The need for a regulatory environment that supports hydrogen production and use while also considering the competition with fossil fuels. |
| D | Funding and Financial Strategies for Hydrogen Ini… | The importance of diverse funding sources, financial strategies, and feasibility studies to support hydrogen production, infrastructure development, and closer collaboration with equipment manufacturers. |
| 7 | Feasibility Studies and Financial Support | The importance of financial support for developing feasibility studies and closer collaboration with equipment manufacturers in hydrogen projects. |
| 8 | Funding Mechanisms for Hydrogen Initiatives | The importance of diverse funding sources and financial strategies to support hydrogen production and infrastructure development. |
| E | Sustainability and Efficiency in Hydrogen Product… | Addressing the environmental and economic sustainability of hydrogen production methods, including the utilization of existing capacities and the transfer of technology to enhance efficiency. |
| 9 | Utilization of Existing Hydrogen Production | The importance of maximizing the utilization of existing hydrogen production capacities, such as those from the chlor-alkali sector, to kick-start the hydrogen economy. |
| 10 | Sustainability Concerns in Hydrogen Production | The need to address the environmental and economic sustainability of hydrogen production methods and their implications for energy systems. |
| 11 | Technology Transfer in Hydrogen Development | The importance of facilitating technology transfer and knowledge exchange across regions and sectors to enhance the efficiency and effectiveness of hydrogen valleys. |
| F | Incentives and Support for Renewable Energy in Hy… | The need for incentive mechanisms to support renewable energy capacities and integration with hydrogen production, including the use of electrolysers in energy systems. |
| 12 | Incentive Mechanisms for Renewable Energy | The need for incentive mechanisms to support renewable energy capacities, particularly in relation to hydrogen production and compliance with regulatory frameworks. |
| 13 | Integration of Electrolysers in Energy Systems | The proposal for integrating electrolysers into energy systems to balance energy supply and demand, particularly with renewable energy sources. |
| G | Hydrogen Market Development and Demand Stimulation | Strategic initiatives to foster the growth of the hydrogen market, including the creation of actual demand and addressing market skepticism. |
| 14 | Hydrogen demand stimulation | The need to create actual demand for hydrogen to support the development of hydrogen valleys and projects. |
| 15 | Hydrogen Market Development | The need for strategic initiatives and measures to foster the growth and scaling of the hydrogen market, including the establishment of Hydrogen Valleys and integration of shared infrastructure projects. |
| 16 | Hydrogen market skepticism | Concerns regarding the feasibility and sustainability of hydrogen as a primary energy source, including doubts about its cost-effectiveness and environmental impact. |
| H | Education and Social Acceptance in Hydrogen Econo… | The importance of educational programs, training, and public information campaigns to enhance technical knowledge, management skills, and social acceptance of hydrogen technologies. |
| 17 | Educational Initiatives for Hydrogen Economy | The importance of educational programs and training for personnel involved in developing hydrogen valleys to enhance technical knowledge and management skills. |
| 18 | Social acceptance and education | The importance of public education and information campaigns to enhance social acceptance of hydrogen technologies. |
| I | Hydrogen's Role in Decarbonization and Climate Ne… | The utilization of hydrogen in sectors like building and cement industry to reduce CO2 emissions and contribute to achieving climate neutrality goals. |
| 19 | Cement Industry and Hydrogen | The role of the cement industry in utilizing hydrogen as a fuel replacement and its potential impact on reducing CO2 emissions. |
| 20 | Climate Neutrality Goals | The commitment to achieving climate neutrality by 2050 and the need for concrete measures to support sustainable ecological transformation in the EU. |
| 21 | Decarbonization Strategies for Buildings | The role of hydrogen in decarbonizing the building sector and the need for a regulatory framework that supports hydrogen applications in various building types. |
| J | Challenges and Barriers in Hydrogen Development | Identifying and addressing challenges such as outdated legal frameworks, lack of expertise, insufficient funding, and geographical disparities that hinder hydrogen development. |
| 22 | Regional Equality in Hydrogen Development | Addressing geographical disparities in hydrogen production capabilities and ensuring equitable investment across regions. |
| 23 | Barriers to Hydrogen Development | Challenges such as outdated legal frameworks, skepticism towards hydrogen technology, lack of expertise, and insufficient funding that hinder the progress of hydrogen valleys. |
| K | Economic Impact and Holistic Strategies for Hydro… | The potential of hydrogen valleys to enhance local economies through job creation and retraining, and the need for comprehensive strategies that integrate various technologies and sectors. |
| 24 | Local Economic Impact of Hydrogen Valleys | The potential for hydrogen valleys to create jobs, retrain workers, and enhance local economies through innovative hydrogen solutions. |
| 25 | Holistic Approaches to Hydrogen Development | The need for comprehensive strategies that integrate various technologies and sectors to optimize hydrogen production and usage. |
| L | Other topics | Topics which could not be grouped into themes. |
| 26 | Quality Assessment in Hydrogen Projects | The importance of evaluating the quality of partners and projects in Hydrogen Valley initiatives to avoid public disappointment. |