Both HySTOC and e-SHyIPS draw on Woikoski's industrial background as a gas supplier with hands-on hydrogen handling and logistics expertise.
OY WOIKOSKI AB
Finnish industrial gas supplier with operational hydrogen expertise in LOHC transport and maritime bunkering safety standards.
Their core work
Woikoski is a Finnish industrial gas company with deep operational expertise in hydrogen production, storage, and distribution — they are an actual gas supplier, not a research institution. In H2020, they brought real-world hydrogen supply chain knowledge to research consortia: first to projects exploring liquid organic hydrogen carriers (LOHC) for long-distance transport, then to maritime safety and standards work for hydrogen-powered passenger ships. Their value in consortia is industrial ground-truth — testing concepts against real gas handling constraints, bunkering logistics, and safety requirements before they reach regulation.
What they specialise in
HySTOC (2018–2022) focused specifically on hydrogen supply and transportation using LOHC technology, where Woikoski contributed industrial feasibility perspective.
e-SHyIPS (2021–2024) targeted hydrogen implementation on passenger ships, with Woikoski contributing to bunkering procedures, safety engineering, and risk assessment.
e-SHyIPS explicitly targeted standardization (Ecosystemic knowledge in Standards for Hydrogen Implementation), positioning Woikoski as an industry voice in regulatory shaping.
Risk assessment appears as an explicit keyword in e-SHyIPS, consistent with an industrial gas company's operational safety responsibilities.
How they've shifted over time
Woikoski entered H2020 through HySTOC (2018), a Fuel Cell and Hydrogen Joint Undertaking project focused on hydrogen as a chemical energy carrier using LOHC — a bulk transport and infrastructure play. Their second project, e-SHyIPS (2021), represents a clear pivot toward a specific end-use sector: maritime, with detailed applied keywords around ship design, CFD simulation, digital twin modeling, and bunkering procedures. The shift suggests they moved from broad hydrogen supply chain research toward highly application-specific safety and standardization work in the marine sector.
Woikoski appears to be deepening its focus on hydrogen for maritime applications — a sector with growing regulatory momentum in the EU — making them a useful industrial partner for future projects targeting ship decarbonization, port bunkering infrastructure, or green corridor development.
How they like to work
Woikoski has participated only as a consortium partner, never as coordinator — consistent with an industrial company that contributes operational expertise rather than driving research agendas. Their 2 projects involved a combined 23 unique partners across 7 countries, suggesting they are comfortable operating inside large, multi-national consortia. This profile points to a specialist-contributor role: they bring industrial credibility and real-world gas handling knowledge that academic or engineering partners typically lack.
Woikoski has built connections with 23 unique partners across 7 countries through just two projects, indicating they joined well-networked consortia rather than working in closed bilateral arrangements. Their network likely spans hydrogen technology developers, maritime engineering firms, and standards bodies across Northern and Western Europe.
What sets them apart
Woikoski is rare in EU research consortia: an actual industrial gas operator, not a research proxy. While most energy-sector SMEs in H2020 are engineering consultancies or technology spinoffs, Woikoski operates hydrogen supply infrastructure commercially — meaning their input on feasibility, bunkering logistics, and safety protocols is grounded in daily operational reality. For consortia targeting TRL 5–7 hydrogen demonstrations, particularly in transport or maritime contexts, a supplier with real hydrogen handling infrastructure is a significant asset that is hard to replicate with desk-based partners.
Highlights from their portfolio
- HySTOCThe largest of Woikoski's two projects (€410,000 EC funding), funded under the prestigious FCH2-JU scheme, targeting the fundamental challenge of long-distance hydrogen transport using liquid organic hydrogen carriers — a key enabler of the hydrogen economy.
- e-SHyIPSFocused on hydrogen standardization for passenger ships — a niche but strategically important area as the IMO and EU push maritime decarbonization — with Woikoski contributing rare industrial gas operator perspective to a field dominated by shipbuilders and classification societies.