Imagine a giant shared workshop where small companies can test their new hydrogen inventions without buying expensive machinery. It provides the tools and experts needed to move a lab idea into a real-world factory setting. Think of it as an incubator that helps green energy startups prove their tech works before they spend millions on their own plants.
Startups and SMEs developing next-gen hydrogen tech face a 'valley of death' because they cannot afford the massive capital expenditure required for industrial-scale testing and validation.
An Open Innovation Test Bed (OITB) featuring 7 test lines across 4 technology clusters and a Single Entry Point (SEP) for service access.
If you are a startup dealing with the high cost of building a test plant — this project developed a pay-per-use Open Innovation Test Bed that provides 7 test lines to validate your tech. This allows you to move from TRL3 to TRL8 without massive upfront capital investment.
If you are a developer dealing with the instability of producing hydrogen at sea — this project developed a specific cluster for offshore H2 production. You can use their computational modelling and prototyping to ensure industrial scalability before deployment.
If you are an operator dealing with inefficient bio-hydrogen extraction from organic waste — this project developed a Bio-hydrogen test line. It helps you optimize alternative feedstocks like biomethane and bioethanol to increase your energy output.
The project uses an open pay-per-use hub model designed to lower investment risks and circumvent expensive costs for early-stage innovators. Specific pricing is not listed in the project data.
Yes, the project provides technology upscaling services, including prototyping for industrial scalability and computational modelling to move technologies from TRL3 to TRL8.
Based on available project data, the project provides non-technical services including legal and regulation compliance, but specific IP licensing terms are not detailed.
The project offers a 360º support package that includes legal and regulation compliance services to ensure new technologies meet EU standards.
The overall project runs from 2024-03-01 to 2028-02-29, though individual startup acceleration timelines are not specified.
The consortium is heavily industry-driven with a 67% industry ratio, comprising 10 industrial partners and 4 SMEs across 7 countries. Led by SNAM SPA, the group balances academic research (3 universities, 2 research centers) with commercial application, ensuring that the test bed's services are aligned with actual market needs and industrial scalability.
Contact SNAM SPA in Italy for access to the Single Entry Point (SEP).
Contact us to identify which of the 7 H2SHIFT test lines fits your technology profile.
