Supply Chain Research for JTL Electrolyser Development
Portée du projet
Catégories
Génie mécanique Génie chimique Électrotechnique Étude de marché FinancementCompétences
market research research supply chainThe goal of this project is to conduct research on the supply chain for the development of the electrolysers. This project will involve researching the current supply chain of the alkaline and PEM types of electrolysers on the market, The research should also include a list of material and components suppliers and an analysis of the cost of the components and materials between suppliers (including their location).
By the end of the project, students should demonstrate:
- Understanding of what are the functional materials and components for the alkaline and PEM electrolysers
- Understanding of the current supply chain of electrolysers on the market.
- Research of potential suppliers and vendors for the JTL electrolyser.
- Analysis of the cost of the components and materials between suppliers (including their location).
Final deliverables should include:
- A written report summarizing the research findings.
- A presentation summarizing the research findings.
H2-JTL Inc. is only newly founded in 2023, it is looking for funding at this moment. This is an unpaid project.
Causes prises en charge
Climate actionÀ propos de l'entreprise
H2-JTL Inc. develops the next generation electrolyser, JTL electrolyser for green H2 production in order to address climate change, which will be more commercially viable for energy transition from fossil fuels to renewables than current products. It will produce green H2 at higher pressure up to 200-300 bars without compression required for transport and storage, while the electrolysers currently on the market produce H2 primarily at pressure up to 10 bars. The JTL electrolyser will produce green H2 at lower cost than the current electrolysers resulting from its E-module novel design and simplified BOP. It will also be more responsive to renewable power and more suitable for both centralized and distributed H2 generation in comparison with electrolysers currently on the market.