From November 2014 until October 2016 the CertifHy project 1 identified a framework for the first EU-wide GO for Premium Hydrogen including a definition for green and low-carbon hydrogen, a detailed proposal for a GO system and a roadmap for implementation. The project was funded by FCU JU, the public-private partnership that manages H2020 funds allocated to hydrogen and fuel cell technologies.
The project was coordinated by Hinicio, with the Dutch Energy Research Center ECN, TÜV SÜD and Ludwig Bölkow Systemtechnik as consortium partners. A large variety of global players support it as affiliated partners such as Air Liquide, Air Products, AkzoNobel, Areva H2Gen, BMW, Colruyt Group, EDF, Group Machiels, Hydrogenics, Linde, OMV, Shell, Total and Uniper that were part of the on-going step-by-step consulting process throughout two years.
“CertifHy is a promising project with good support from the industry”. Bart Biebuyck, the executive director of FCH JU
Definition of green & low carbon hydrogen
|The definition of Green and Low carbon Hydrogen
1st GO scheme
A Guarantee of Origin (GO) labels the origin of a product and provides information to customers on the source of their products. It operates as a tracking system ensuring the quality of a product such as hydrogen or electricity. The proposed Premium Hydrogen GO system, similar to the existing green electricity GO scheme, decouples the green attribute from the physical flow of the product and makes Premium Hydrogen available EU-wide, independently from its production sites (see graphs below). The GO scheme for Premium Hydrogen includes the GO governance; eligibility and registration of production plants; the GO and information content; issuance, transferability and cancellation; the registry system and trading platform.
The principle of Green Hydrogen Guarantee of Origins
The principle of Green electricity Guarantee of Origins
D1.1 Bibliographic review of market outlooks for hydrogen in Europe
D1.2 Overview of the market segmentation
D1.3 Generic estimation scenarios of market penetration and demand forecast for 'premium' green hydrogen in short, mid and long term
D2.1 Briefing Paper on the regulatory context
D2.2 Identification of possible options and structured list of requirements for Green Hydrogen
D2.4 Technical report on the definition of 'CertifHy Green' Hydrogen
D3.1 Review of past and existing systems for guarantees of origins
D3.2 Interaction between existing certification schemes and the envisaged hydrogen GO system
D3.3 Stakeholders Interviews and recommendations on the establishment of a well-functioning EU hydrogen GO system
D4.1 Definition of scope, main principles of the GO scheme as well as roles and tasks of the relevant actors
D4.2 Specification of rules and obligations of the GO scheme (requirements, methodologies, certification process and registration of GO)
D5.1 Roadmap for the establishment of a well-functioning EU hydrogen GO system
D5.3 Endorsement letters received