SciTransfer
Organization

HYSILABS

French deep-tech SME developing liquid hydrogen carriers that make hydrogen safe and easy to store, transport, and deliver.

Technology SMEenergyFRSMENo active H2020 projects
H2020 projects
3
As coordinator
2
Total EC funding
€1.6M
Unique partners
8
What they do

Their core work

HySiLabs is a French deep-tech SME developing liquid hydrogen carrier technology that makes hydrogen easy to store, transport, and deliver. Their core innovation focuses on liquid vectors — chemical compounds that absorb and release hydrogen on demand — eliminating the need for high-pressure tanks or cryogenic storage. They progressed from feasibility (SME Phase 1) to full commercialization development (SME Phase 2) of their hydrogen delivery system, and also contribute to EU research on solar-to-fuel conversion pathways.

Core expertise

What they specialise in

Liquid hydrogen carriers and storageprimary
3 projects

All three projects (DeLIVERS, HYDROSIL, Sun-To-X) revolve around converting hydrogen into easily transportable liquid form.

Solar-to-fuel conversionsecondary
1 project

Participated in Sun-To-X, which develops solar energy pathways for carbon-free liquid fuels.

Evolution & trajectory

How they've shifted over time

Early focus
Hydrogen carrier feasibility
Recent focus
Hydrogen delivery commercialization

HySiLabs began in 2017 with a focused feasibility study (DeLIVERS, SME Phase 1) validating their liquid hydrogen vector concept for refueling stations. By 2020, they had matured significantly — winning an SME Phase 2 grant of over EUR 1.1M for HYDROSIL to commercialize their hydrogen delivery technology, while simultaneously joining the Sun-To-X consortium as a specialist partner in solar fuels. The trajectory shows a classic deep-tech startup arc: from concept validation to scale-up and broadening into adjacent energy domains.

HySiLabs is moving from R&D into market deployment of liquid hydrogen carriers, positioning themselves at the intersection of hydrogen logistics and decarbonised transport — expect them to seek industrial partners for pilot demonstrations.

Collaboration profile

How they like to work

Role: consortium_leaderReach: European6 countries collaborated

HySiLabs predominantly leads its own projects (coordinator in 2 of 3), consistent with a technology-developing SME that owns its core IP. Their single participant role in Sun-To-X (a larger RIA) shows willingness to contribute specialist expertise to broader consortia. With 8 unique partners across 6 countries, they maintain a diverse but compact network — a good sign for focused, high-trust collaborations rather than sprawling mega-consortia.

HySiLabs has built a compact European network of 8 partners across 6 countries, reflecting broad geographic reach relative to their small project portfolio. Their partnerships span both SME-instrument solo work and multi-partner research consortia.

Why partner with them

What sets them apart

HySiLabs occupies a specific niche that few competitors address: making hydrogen physically easy to handle by converting it into a safe, ambient-temperature liquid. While most hydrogen companies focus on production (electrolyzers) or consumption (fuel cells), HySiLabs tackles the logistics gap — the "last mile" of hydrogen delivery. Their successful progression through both SME Instrument phases demonstrates that the EU evaluators saw genuine commercial potential in their technology.

Notable projects

Highlights from their portfolio

  • HYDROSIL
    Their flagship project (EUR 1.19M, SME Phase 2) — represents the commercialization push for their liquid hydrogen carrier technology, covering mobility, transport, and safety.
  • Sun-To-X
    A multi-partner RIA where HySiLabs contributed as a specialist participant, linking their hydrogen carrier expertise to solar fuel production pathways.
Cross-sector capabilities
Transport and logisticsClean mobility and automotiveChemical engineering and materialsSafety and hazardous materials handling
Analysis note: Profile based on only 3 projects, but the trajectory is coherent and the technology focus is clear. The SME Phase 1 → Phase 2 progression provides strong signal about their maturity. No website URL was available in the data to verify current commercial status; the company may have evolved significantly since their last H2020 project started in 2020.