top of page
page techno1.png

Technologies 
2 innovative chemical processes to charge and release H   in and out of the carrier

2

Key features

Image10.png
Plan de travail 76 copie 3.png
Plan de travail 76.png
Image11.png
Plan de travail 76 copie 6.png
Less regulations
Earth friendly
Liquid, stable,
safe
Cost-competitive
On demand release
without energy input
Image4.png
70 owned patents
Image5.png

The most competitive solution

vsfgdf.png
CFJT.png
HydroSil production

Industrial Processes to charge HydroSil with hydrogen and energy are plugged into hydrogen production sites.

HydroSil logistics

HydroSil is stable and non-toxic and uses the same logistic as conventional liquid fuels.

Hydrogen consumption

Hydrogen is released on demand and without energy input from HydroSil to industrial or for the H   mobility sector.

2

Value chain

Timeline

2022

Plan de travail 11.png

HydroSil Characterisation

Plan de travail 11 copie.png

HydroSil synthesis
demonstrator (20kg/y H2)

Plan de travail 11 copie.png

Release reactor (1 kWe)

IMG-4375.jpg

2024

Plan de travail 11 copie 2.png

1st HydroSil
powered boat (50 kW)

Plan de travail 11 copie 3.png

22 collaborators

chris-pagan-sfjS-FglvU4-unsplash.jpg

2025

Plan de travail 11 copie.png

3 charging pilots (10 t/y H2)

Plan de travail 11 copie.png

3 release pilots (10t/y H2)

Capture d’écran 2023-04-14 à 19.09.42.png

2027

Plan de travail 11 copie.png

3 large charging plants
(10 Kt/y H2)

Plan de travail 11 copie 4.png

Mass market

Plan de travail 11 copie 3.png

75 collaborators

crystal-kwok-XUEdfpPIhXg-unsplash.jpg
bottom of page