HYDRA Cryogenic - Collaboration Feasibility
Find Similar History 35 Claim Ownership Request Data Change Add FavouriteTitle
CoPED ID
Status
Funders
Value
Start Date
End Date
Description
Bulk carrier vessels are currently unable to transport CO2 or hydrogen cargoes safely. The transportation of CO2 or hydrogen cargoes by sea requires a purpose-built vessel. Very few such vessels currently exist. Construction of new vessels requires significant investment and also up to 4 years to complete (per vessel). The proposed Exagenica Research HYDRA Cryogenic project seeks to establish proof of market for a novel maritime engineering solution, with the potential to enable existing bulk carrier vessels to transport CO2 or hydrogen safely.
This would potentially transform shipping economics and also support Net Zero ambitions, by obviating the need for new vessel construction and facilitating long distance CO2 and hydrogen transport - in step with anticipated market growth for these commodities.
| Exagenica Research Limited | LEAD_ORG |
| Exagenica Research Limited | PARTICIPANT_ORG |
| Rhys Watkins | PM_PER |
| Rhys Watkins | PM_PER |
Subjects by relevance
- Hydrogen
- Transport
- Ships
- Cargo ships
- Sea transport
- Shipbuilding
- Maritime navigation
- Shipping
Extracted key phrases
- Exagenica Research HYDRA Cryogenic project
- Bulk carrier vessel
- New vessel construction
- Hydrogen transport
- Hydrogen cargo
- Novel maritime engineering solution
- Collaboration Feasibility
- CO2
- Anticipated market growth
- Long distance co2
- Net Zero ambition
- Significant investment
- Unable
- Shipping economic
Related Pages
UK Project Locations
