Electrolyser Research for H2-JTL Inc.
Project scope
Categories
Mechanical engineering Chemical engineering Market research Fundraising Grant writingSkills
hydrogen production research communicationThe main goal for this project is to conduct research on customer requirements for the current and next generation electrolysers for green hydrogen production, including hydrogen transport and storage considerations. This will involve several different steps for the learners, including:
- Analyzing existing customer requirements for electrolysers for green hydrogen production.
- Identifying current hydrogen transport and storage solutions.
- Researching the potential economic and environmental impacts of hydrogen transport and storage solutions.
- Analyzing customer requirements for the next generation electrolysers for green hydrogen production.
- Developing a report outlining customer requirements for the current and next generation electrolysers for green hydrogen production, including hydrogen transport and storage considerations.
By the end of the project, learners should demonstrate:
- Understanding of customer requirements for the current and next generation electrolysers for green hydrogen production.
- Understanding of potential hydrogen transport and storage solutions.
- Identification of potential economic and environmental impacts of hydrogen transport and storage solutions.
- Developing advanced communication skills as interacting with electrolyser users.
Final deliverables should include:
- A written report outlining customer requirements for the current and next generation electrolysers for green hydrogen production, including hydrogen transport and storage considerations.
- All source code.
H2-JTL Inc. is very newly founded in 2023 and it is looking for funding at this moment. This is an unpaid project.
Supported causes
Climate actionAbout the company
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.