Roadmap

The Future of SOLID

As a student team, SOLID always drives to develop groundbreaking and new technologies. Iron-based Hydrogen Storage is a long term project, which the team has compartmentalised into a roadmap for guidance during development. The work started back in 2021, and has now been underway for three years.

2021
Start development of IRHYS:

After completion of large scale iron-combustion projects, the team decided it was time to start on a new technology, with only one paper to support them.

2022
Start Steam Iron project (MRE):

Having researched the topic of IRHYS and partners to support them, the first official project on IRHYS started in 2022, called the Steam Iron Project, in which a proof-of-concept oxidation system had to be realised.

2022
Techno-economic feasibility study:

Besides technical development, the team also started on business case studies, to ensure that the groundworks for the IRHYS-ecosystem were put into place.

2023
SIR1:

After more than a year, two teams and loads of hard work, SOLID presented the Steam Iron Reactor 1 in the summer of 2023, a proof-of-concept system capable of releasing one kilogram of hydrogen from steaming iron.

2024
Implementing Reduction:

In order to fully test the IRHYS-cycle, the 2023/24 team implemented a reduction inlet into the SIR1, showcasing the full potential of IRHYS.

2024
Start of SIR2 design:

After the completion of the SIR1, the next goal is to design a fully optimised, more efficient and larger SIR2.

2025
Start of Logistical Case study:

In order to ensure that the ecosystem behind IRHYS is legally correct, safe and easy to use, a logistical case study will be done to find out, and solve all challenges surrounding IRHYS.

2027
Finished SIR2:

The entire containerised SIR2 system is expected to be finished in 2027, after which the team will start testing the system on durability and efficiency in order to optimize it.

2028
Industrial Demonstration in the Value Chain:

Once completed, the SIR2 will tour through the Dutch value chain as to showcase the potential of the IRHYS technology.

2035
IRHYS in the national energy mix:

Now that IRHYS has been thoroughly tested and showcased to the industry, development takes off and by the mid ’30s, the usage of IRHYS is standard in the national energy mix

2040
European Collaboration:

As the Dutch industry transitions into a green, hydrogen and IRHYS based economy, Germany and Belgium quickly follow up, further integrating and decarbonizing the industry.

2050
IRHYS in the global energy mix:

The technology takes to the world stage. Full integration on a global scale.

Join Our Journey

Do you work at or do you know a company working in this sector and do you want to help us achieve these goals to make the world greener. Please contact us!