Clean Hydrogen Joint Undertaking logo
Clean Hydrogen Joint Undertaking

New thermal insulation concepts for bulk liquid hydrogen shipping

Funds research into new insulation concepts that make bulk liquid hydrogen shipping cheaper and more reliable.

This Research and Innovation Action is paid as a lump sum under the Commission's 2021 lump-sum-contributions decision, one of many sibling topics in the same Clean Hydrogen JU 2026 call that all use lump-sum funding. Award criteria, scoring and thresholds sit in the Work Programme's General Annex D, and the submission and evaluation process and grant-agreement timeline sit in Annex F, common to ev…

This call funds research into new thermal insulation concepts for bulk liquid hydrogen (LH2) shipping, such as multi-layer or variable-density multilayer insulation combined with spray-on foam, aerogels or nano-cellular foams. Proposals should improve on traditional vacuum-jacketed dewar tanks, whose insulation performance depends heavily on vacuum integrity and which are costly to manufacture at scale.

CycleiHow often this grant runs - e.g. annually, on a rolling basis, or a one-off call.No fixed schedule
Next deadlineiThe next date applications are due. Rolling means you can apply any time.-
Decision timeiTypical time from the deadline to the funder's decision.-
Project durationiHow long the funded work is expected to run.-
Award typeiThe form of funding - grant, equity, loan, tax credit, etc.Grant
Match fundingiThe share of project costs you must cover yourself. 0% = fully funded.-
Funding pooliThe total budget available across all awards in this round.€105M

Sign up free to see the funding breakdown

Sign up free to see the industries in scope

Sign up free to see the full eligibility

Sign up free to see how to apply

Sign up free to see what you submit

Sign up free to see the timeline

Sign up free to see where teams trip up

Guides for this application

All guides →

More from Clean Hydrogen JU

All grants from this funder →
Clean Hydrogen Joint Undertaking logo
Closed

Affordable, Safe and Sustainable aboveground medium to large GH2 storage

🇪🇺Clean Hydrogen JU · European Union

Funds research into affordable, safe materials and designs for medium-to-large aboveground compressed hydrogen storage.

Energy TechAdvanced Materials
€4M
Clean Hydrogen Joint Undertaking logo
Closed

Components Development and Experimental Testing for an Onboard Liquid Hydrogen Supply and Conditioning System in High-Power Fuel Cell Aviation Applications

🇪🇺Clean Hydrogen JU · European Union

Funds research into onboard components for a liquid hydrogen supply system for fuel cell aircraft, run in tandem with a matching Clean Aviation project.

Energy TechAerospace
€8M
Clean Hydrogen Joint Undertaking logo
Closed

Cost-efficient and reliable designs towards gigawatt-scale electrolytic hydrogen production plants

🇪🇺Clean Hydrogen JU · European Union

Funds research into cost-efficient, reliable plant designs for building gigawatt-scale electrolytic hydrogen production.

Energy TechAdvanced Manufacturing
€2.5M
Clean Hydrogen Joint Undertaking logo
Closed

Cost-efficient small scale hydrogen liquefaction

🇪🇺Clean Hydrogen JU · European Union

Funds research into cost-efficient, small-scale hydrogen liquefaction for remote and off-grid users.

Energy Tech
€6M
Clean Hydrogen Joint Undertaking logo
Closed

Demonstrating in-line inspection (ILI) to monitor cracks assuring compatibility for operation with hydrogen in new and re-purposed offshore natural gas pipelines

🇪🇺Clean Hydrogen JU · European Union

Funds research that demonstrates in-line inspection tools for detecting cracks in offshore pipelines repurposed to carry hydrogen.

Energy Tech
€3.5M
Clean Hydrogen Joint Undertaking logo
Closed

Demonstration of rSOC operation for local grid-connected hydrogen production and utilisation

🇪🇺Clean Hydrogen JU · European Union

Funds an innovation project that demonstrates a grid-connected reversible solid oxide cell system for local hydrogen production and power.

Energy Tech
€8M
European Commission logo
Scheduled

Next-Generation Battery Concepts

🇪🇺European Commission · European Union

Funds ten €4.8M research projects developing safer, cheaper and higher-performing battery concepts for mobility, grids and industry.

Energy TechAdvanced Materials+1
€4.8MApr'27
West Midlands Combined Authority logo
Open

DRIVE35 Supplier Readiness and Transformation Fund

🇬🇧WMCA · United Kingdom

Funds West Midlands businesses scaling EV supply-chain manufacturing capacity through capital grants.

MobilityAdvanced Manufacturing+5
£250K – £3M
Austrian Research Promotion Agency (FFG) logo
Open

FFG COMET Projects

🇦🇹FFG · Austria

Supports Austrian academia and firms through collaborative innovation projects that turn research outputs into commercial solutions.

AerospaceAI+11
€2.7M
Korea Institute for Advancement of Technology (KIAT) logo
Open

KIAT World Class Plus Program

🇰🇷KIAT · South Korea

Funds South Korea teams building global category growth for deep-tech from proof to commercialization.

Advanced ManufacturingAdvanced Materials+4
₩500M – ₩5B
European Commission logo
Closed

Accelerated multi-physical and virtual testing for battery aging, reliability, and safety evaluation (Batt4EU Partnership)

🇪🇺European Commission · European Union

Funds development of faster, combined physical-and-virtual testing methods for EV battery ageing, reliability and safety.

Energy TechAdvanced Materials+1
€7.5M
Bayern Innovativ GmbH logo
Open

Innovation Voucher Bavaria — Standard & Special

🇩🇪Bayern Innovativ · Germany

Backs research teams and institutions for Innovation Voucher Bavaria Standard & Special in artificial intelligence, biotechnology, and climate technology.

AIBiotech+10
€2K – €50K