Germany’s Federal Ministry for Economic Affairs and Energy (BMWi) has unveiled a new initiative aimed at pioneering advancements in hydrogen and hydrides transportation technologies. The tender, titled “Projekt Hydax – Hydrogen and Hydrides Distribution in Axial Cladding Direction,” was published on May 30, 2024, and calls for submissions by August 30, 2024.
Objective of Projekt Hydax: The primary goal of Projekt Hydax is to explore and develop innovative methods for the distribution of hydrogen and hydrides along the axial cladding direction in various materials. This research is essential for enhancing the efficiency, safety, and reliability of hydrogen storage and transportation systems—key factors in the global transition towards a hydrogen economy.
Scope of the Project: The project seeks to address critical challenges in hydrogen technology, particularly the effective integration of hydrogen and hydrides within metal claddings and composite materials. Successful advancements could lead to significant reductions in costs and improvements in the feasibility of hydrogen as a sustainable energy source.
Technical Requirements: Proposals submitted for the tender must focus on:
- Innovative Distribution Methods: Developing new techniques or improving existing methods for hydrogen and hydride distribution that can enhance material integrity and efficiency.
- Mitigation of Hydrogen Embrittlement: Research should aim to overcome challenges like hydrogen embrittlement, enhancing the durability and safety of hydrogen transportation and storage systems.
- Axial Cladding Direction: Special emphasis on understanding and optimizing hydrogen flow within the axial cladding direction to ensure stable and safe hydrogen transport.
Proposal Details: Participants are expected to provide comprehensive research and development services, along with related consultancy expertise. Each proposal should include:
- Experimental Procedures: Detailed plans for experimental setups to test new distribution methods.
- Simulation Models: Development of accurate simulation models to predict behaviors and outcomes.
- Validation Methods: Robust validation methods to confirm the efficacy and safety of proposed solutions.
- Timeline and Budget: A clear timeline for project milestones and a detailed budget estimation.
- Impact Assessment: Potential impact assessments to articulate the benefits of the proposed research.
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