Harvesting zero-emissions energy at utility scale
2000 GW
of offshore wind capacity required by 2050. (Source: GWEC)
80%
of global offshore wind resources are in deep waters, requiring floating tech. (Source: GWEC)
390 GW
of offshore wind used to generate hydrogen by 2045. (Source: Siemens)
Our Mission
Energy security means we need to develop deep water – the red bit
- E.g., 300 GW of wind required according to Port of Rotterdam
- Best wind is in deep water
- Hydrogen is competitive by pipe at distance
Solution:
HyFloat adresses a huge market
- 2000 GW of offshore wind is required by 2050
- Up to 50% of wind capacity will be dedicated to hydrogen
- 80% of wind resources are in remote deep water
- Hydrogen pipeline is competitive with HVDC as scale and distance increase.
The future energy harvesting at sea is filled with hydrogen
HyFloat is a key technology for energy Transition
Dual function enables huge cost reductions in system
By combining buoyancy and storage we achieve 33% lower CAPEX compared to other floating hydrogen concepts. Simplified supply system with lower equipment count and lower complexity
Green steel enabler
Green and abundant value chain materials; Green Steel. HyFloat decarbonises its own value chain when serving steel clients, accelerating global decarbonisation efforts
Long duration energy storage solution.
storage per unit provides scalable intermittency solution. An industrial scale problem solver for energy systems pursuing renewable energy based decarbonisation
HyFloat Marin
HyFloat has successfully completed it’s 1st trials at the facilities of the world-renowned MARIN research centre.
HyFloat shows the same excellent hydrodynamics as other spar buoy designs which are an excellent choice for harsh (windy) environments
Advisory Board
Meet Our Proffesionals
Jamie Frew Phd MBA
CEO
Experience
Depth
Specialism
Business Dev.
Simon Potter
CTO
Michel Ingenbleek Phd MBA
COO
News & Updates
