Techno-economic evaluation, safety, and environmental risks assessment of the proposed technologies
(si apre in una nuova finestra)
This report will define of the technical roadblocks that may appear, including potential bottlenecks that may arise due to the diverse physical and technical nature of the use cases examined in this project and the specific monitoring requirements depending on the type of infrastructure and the tolerable level of risks. It will also define the procedures and mechanisms to analyse the cost-effectiveness of the KTPs.
Gender Action Plan
(si apre in una nuova finestra)
Gender equality Action Plan will show all partners’ strategies regarding gender issues and will establish obligations to be fulfilled by the partners such as that all new job offers will be published in a non-discriminative manner.
Technical requirements and Design Basis
(si apre in una nuova finestra)
Report on the technical requirements, collected in a design basis document, provided by the different user cases to cope with the specifications (KPIs) expected for the topic and to comply with safety and environmental aspects and regulations.
Report on communication & dissemination activities, interactions with Clean Hydrogen Mission and Advisory Board 1/2
(si apre in una nuova finestra)
Closely linked to the Dissemination, Communication & Exploitation plan, this report will describe the different communication and dissemination activities used up to month 18. This will help assess how the outcomes from OPHTYCS liaise with the stakeholder community. The report will emphasise on the contribution to the Clean Hydrogen Mission through interaction with Clean Hydrogen JU and the Advisory Board.
Scalability and replicability analysis and Best practices for future implementation
(si apre in una nuova finestra)
This report consists on a scalability and replicability analysis (SRA), which will aim to understand the effect of the context and to infer the impacts that may be expected from OPTHYCS solutions, taking into account technical aspects, as well as economic and potential future regulations. The core of the SRA methodology will be technical analysis based on simulations and estimations that will drive the impact of OPTHYCS implementations be quantified under different conditions, including a pathway for future implementation of the technologies.
Regulatory framework compliance and recommendations
(si apre in una nuova finestra)
A report containing the safety and environmental risks assessment based on the regulatory framework compliance. This report will providing recommendations for ensuring the safety level required within each use case, together with regulatory recommendations to guarantee an appropriate and proportionate oversight by authorities.
Report on communication & dissemination activities, interactions with Clean Hydrogen Mission and Advisory Board 2/2
(si apre in una nuova finestra)
Closely linked to the Dissemination, Communication & Exploitation plan, a report will describe the different communication and dissemination activities used up to month 36. This will help assess how the outcomes from OPHTYCS liaise with the stakeholder community. The report will emphasise on the contribution to the Clean Hydrogen Mission through interaction with Clean Hydrogen JU and the Advisory Board.
Applicable regulatory framework
(si apre in una nuova finestra)
This report will propose a clear framework to assess compliance with current safety and environmental standards and regulation. It will include an analysis of current regulatory framework, addressing the definition of the most appropriate KPIs to carry out risk assessments according to each use case scenario.
Safety, environmental and economical requirements
(si apre in una nuova finestra)
A report defining the requirements under the so called key aspects for the technologies (KAT), including monitoring safety requirements and assessment of impact on humans, and environmental requirements for the reduction of H2 emissions. Economical requirements will also be assessed to ensure cost effectiveness of the monitoring system.
