#rowHomeVideo
Loading...
#rowHomeSliderProyectos

OUR PROJECTS

Thanks to the support of different regional, national and European funding entities, we have developed the following projects, which contribute to the innovation of technologies based on green hydrogen.
HyCoolER- Hydrogen Cooling Equipment for Refuelling stations
PERTE Improved hydrogen storage capabilities at different pressures and temperatures
Improved hydrogen storage capabilities at different pressures and temperatures Fechas ejecución: jul’23 – jun’26
HyDUAR
Promoción estratégica de las aplicaciones de dobre uso del hidrógeno en Aragón
Phyrene
Development of the hydrogen ecosystem in the Pyrenees.
SH2AMROCK
Sourcing Hydrogen for Alternative Mobility, Realising Opportunities and Creating Know How in Ireland.
HyAcademy
The European Hydrogen Academy
H2MAC
Hydrogen fuel cell electric non-road mobile MAChinery for Mining And Construction: An innovative, efficient, scalable, silent and modular power-train concept.
PilgrHYm
Pre-normative research on integrity assessment protocols of gas pipes repurposed to hydrogen and mitigation guidelines.
IMAGHyNE
Investment to maximise the ambition for green hydrogen in Europe
ENDURE
Alkaline Electrolysers with Enhanced Durability.
Aimonia 4.0
AIMONIA 4.0 Phase II: REDUCING THE ENVIRONMENTAL IMPACT OF FARMING THROUGH THE USE OF AI AND DATA ANALYSIS USING NEURONIC NETWORKS.
HIGH2-Furnaces
HYBRIDIZATION OF INDUSTRIAL FURNACES FOR HIGH H2 REPLACEMENT RATES
H2iber
Assessment and management of water resources in renewable H2 projects.
HyModelica
Development of a digital twin for static and dynamic modeling of renewable hydrogen generation, storage and use plants
MODELAMEH2
Modeling and automation of optimized hydrogen and biomethane production, distribution, and end-use processes for injection into the natural gas grid.
CANDHy
Compatibility Assessment of Non-steel metallic Distribution gas grid materials with Hydrogen
Strategic positioning and promotion of sustainable hydrogen applications in the automotive and aeronautical sectors
Strategic positioning and promotion of sustainable hydrogen applications in the automotive and aeronautical sectors
NAHV
North Adriatic Hydrogen Valley (NAHV)
LA6.A3 Hydrogen station 700
LA6.A3 Hydrogen station 700 - Retrofitting of WALQA's HRS to 700 bar (Complementary Plans H2 Aragon - MICINN)
LA1.A1 Electrolysis optimisation
LA1.A1 Electrolysis optimisation - Optimisation of electrolysis integration (Complementary Plans H2 Aragon - MICINN)
Green Skills For Hydrogen
Green Skills For Hydrogen
HYPRAEL
Advanced alkaline electrolysis technology for pressurised H2 production with potential for near-zero energy loss
UpHyMob
Upskilling the EU workforce for hydrogen fleets and infrastructure operation and maintenance.
GreenLiFTech
Boosting methanol production at mild conditions from greenhouse gases emissions and biogas: components evaluation, system design and validation processes
GREENWINE 2
Carbon footprint reduction in wineries
COMPLEMENTARY PLANS
Renewable Energy and Hydrogen Program: Decarbonization of the heavy transport sector and industry through the application of green hydrogen technologies.
SINNOGENES
STORAGE INNOVATIONS FOR GREEN ENERGY SYSTEMS
ECOH2SYSTEM
Interconnection of the H2 ecosystem through digital analysis of production and demand
CFD
Development and validation of a fluid dynamic filling model for hydrogen tanks.
OPTHYCS
Optic fibre-based hydrogen leak control systems
H2MAQ
H2MAQ feasibility study.
OPTILYSER
OPTILYSER
HYBRID HYDROGEN FURNANCE (3H2)
Hybrid Hydrogen Furnace (3H2)
Hystories
HYdrogen STORage In European Subsurface
GREENWINE
Carbon footprint reduction in wineries
Didactic units
Elaboration of didactic units on the generation, storage, transport, distribution and use of hydrogen for its insertion in training cycles
StoRIES
STORIES (Storage Research Infrastructure Eco-System)
PREVERH
Preventive Maintenance of Hydrogen Refuelling Stations.
Green Hysland
The first H2 valley in south-west Europe.
BoSSTech
Boosting sorbent/Solid Oxide Fuel Cells technology for broad spectrum sustainable fuels: components evaluation, system design and validation (BoSSTech)
4AIRCRAFT
Air Carbon Recycling for Aviation Fuel Technology
ENERAGRI 4.0
Feasibility project for an intelligent management system ENERAGRI4.0
Fuel Cell Hydrogen Observatory (FCHO)
Fuel Cells & Hydrogen Observatory
SMART HY AWARE
Smart solutions for HYdrogen potential AWAReness Enhancing
HEAVENN
Hydrogen Energy Applications for Valley Environments in Northern Netherlands
SPOTLIGHT
Disruptive photonic devices for highly efficient, sunlight-fueled chemical processes.
eGHOST
Establishing Eco-design Guidelines for Hydrogen Systems and Technologies
SH2e
Sustainability Assessment of Harmonised Hydrogen Energy Systems: Guidelines for Life Cycle Sustainability Assessment and Prospective Benchmarking
ComputaMEH
CFD Modeling of Methane-Hydrogen Mixtures in Natural Gas Transmission Grids
SMARTBIOGRES
Remote monitoring and management system with intelligent operation functions and application of Industry 4.0 in the design of advanced adsorbents for innovation in biogas upgrading and its use as a renewable fuel
MefHySto
MefHySto - Metrology for Advanced Hydrogen Storage Solutions
ZEROENERGYMOD
Zero energy habitable mobile modules in Europe
HyResponder
HyResponder
PROMET-H2
Cost-effective PROton Exchange MEmbrane WaTer Electrolyser for Efficient and Sustainable Power-to-H2 Technology
HIGGS
Hydrogen In Gas GridS: a systematic validation approach at various admixture levels into high pressure grids
TEMAut
Self-guided and multifunctional Electric Tractor
BIOGAS-RIS3
Advanced materials with catalytic-absorbent and filtering proerties in biogas revaluation
18NRM06 NEWGASMET
Flow metering of renewable gases (biogas, biomethane, hydrogen, syngas and mixtures with natural gas)
HyTunnel-CS
PNR for safety of hydrogen driven vehicles and transport through tunnels and similar confined spaces
COMPACT SAI 4.0
Feasibility study of a compact stand-alone and intelligent 4.0 supply solution
BioSOC
Study of the design and remote monitorization system with versatile features of test and intelligent operation of reversible solid oxide fed with biogas from organic wastes
RIEG 4.0
Reduction of the Global Energy Intensity of a Connected Industry 4.0
INSTUNH2-II
Increasing the security in road tunnels facing the hydrogen challenge
EVERYWH2ERE
Making hydrogen affordable to sustainably operate Everywhere in European cities
INTELISAI
Design and construction of an emergency uninterruptible power supply (UPS) system with hydrogen fuel cell and telematic management to backup power failure events in computer servers
BIG HIT
Building Innovative Green Hydrogen Systems in Isolated Territories
DEMO4GRID
Demonstration of 4 MW Pressurized Alkaline Electrolyser for Grid Balancing Services
VERTEGAS
Techno-economic viability study for the innovation regarding waste collection management and biogas revalorization generated in landfills and treatment waste installations
ELYPLUS
Implementation of the control and communication system for smart remote control of water electrolyzers connected to the elecrical grid
SOFT-CDC 4.0
Modulation of the consumption curve of a connected industry 4.0
INSTUNH2
Increasing the security in road tunnels facing the hydrogen challenge
QualyGridS
Standarized qualifying tests of electrolysers for grid services
VUELTAH
Estrategias de diVUlgación y concienciación en eL Territorio nAcional en materia de Hidrógeno y pilas de combustible
15NRM03 Hydrogen
Metrology for sustainable hydrogen energy applications
H2PiyR
Hydrogen Corridor for the Pyrenean Region
MetroHyVe
Metrology for Hydrogen Vehicles
SustainHuts
Sustainable Huts
HYLAW
Identification of legal rules and administrative processes applicable to Fuel Cell and Hydrogen technologies' deployment, identification of legal barriers and advocacy towards their removal
HYTECHCYCLING
New technologies and strategies for fuel cells and hydrogen technologies in the phase of recycling and dismantling
ELY4OFF
PEM ElectroLYsers FOR operation with OFFgrid renewable installations
ELYNTEGRATION
Grid Integrated Multi Megawatt High Pressure Alkaline Electrolysers for Energy Applications
ELYGRID
Improvements to Integrate High Pressure Alkaline Electrolysers for Electricity/H2 production from Renewable Energies to Balance the Grid
FLUMABACK
Fluid Management component improvement for Back up fuel cell systems
HYPROFESSIONALS
Training Tomorrow's Hydrogen Professionals
HYTETRA
Hydrogen Technology Transfer
HYUNDER
Assessing the potential, actors and business models of large scale underground hydrogen storage in Europe
KNOWHY
Improving the Knowledge in Hydrogen and Fuel Cell Technology for Technicians and Workers
LIFE ZEROHYTECHPARK
Zero emissions using renewable energies and hydrogen technologies in building and sustainable mobility in Technology Parks
NETVET-RE
Studying on renewable energy
OPTIMAGRID
Clean, efficient energy for industrial areas
#rowHomeSliderProductos

OUR PRODUCTS AND EQUIPMENT

The Foundation for the Development of New Hydrogen Technologies in Aragon has developed different products and equipment for the scientific and business community, with the aim of promoting the use of green hydrogen as an energy vector.
High pressure alkaline electrolyzer
Hydrogen fuel cell kart
Hydrogen filling station
Fuel cell electric vehicle
Uninterruptible power supply (UPS)
#rowHomeActualidad

LATEST NEWS

September 2024
Exhibiting at EUH2Week2024: Find Us in Hall 11 – F6
We are excited to exhibit at the European Hydrogen Week, taking place in Brussels on 18-22 November 2024. Come...
September 2024
Aragon Hydrogen Foundation visits its trustees
Aragon Hydrogen Foundation (FHa) enters a stage of changes, one of them is the incorporation of the new managing...
August 2024
33 funded projects: the impact of Aragon Hydrogen Foundation in the Clean Hydrogen Partnership
Aragon Hydrogen Foundation (FHa), with its extensive experience in hydrogen projects, has been, is and will be a key player in the definition and implementation of Clean Hydrogen Partnership projects. With 33 funded projects, the FHa is the most successful Spanish entity in the Clean Hydrogen Partnership calls for proposals and is among the 20 most successful in Europe. When it comes to proposing and carrying out projects, in our case green hydrogen projects, the people who make up the FHa are in constant contact with the Clean Hydrogen Partnership. But do we really know the context of this partnership?

Clean Hydrogen Partnership: a public-private partnership

The Clean Hydrogen Partnership is a public-private Institutional Partnership of the European Union that supports research and innovation (R&I) activities in hydrogen technologies in Europe with the objective of contributing to the creation of a strong, innovative and competitive European clean hydrogen sector that is fully capable of sustaining and enabling the energy transition. Its members are the European Commission on the public side and the private associations Hydrogen Europe (HE) and Hydrogen Europe Research (HER) representing industry and academia respectively. It is the heir of the Fuel Cells and Hydrogen Joint Undertaking (FCH-JU) that operated between 2007 and 2020, so the FHa has had the opportunity to experience the start-up and consolidation of this partnership. Within this galloping and dynamic context of work, collaboration comes into play. All institutions, whether public or private, are working at the same pace to make the strategies key elements that suggest the advancement of green hydrogen projects in Europe and the world. The governance of the Clean Hydrogen Partnership is governed, firstly, by the Governing Board, the main decision-making body with representation from all three members. This is followed by the Programme Office led by Executive Director Valerie Bouillon-Delporte, who is responsible for the day-to-day management and implementation of all its activities. In addition, the States Representatives Group, which is made up of one representative from each Member State and each country associated to Horizon Europe. Finally, the Stakeholder Group acts as a formal advisory body. During Horizon Europe, the European Union (EU) framework programme for research and innovation (R&I) for the period 2021-2027, the Clean Hydrogen Partnership will allocate EUR 1 billion of EU public funding. This amount of funding will have to be matched by the two private partners through in-kind contributions. The three members committed through the publication in March 2022 of the Strategic Research & Innovation Agenda (SRIA) to jointly support the design and implementation of a roadmap and the funding of a common programme of R&D&I activities in the long term.

Roadmaps and technical committees

The SRIA is articulated in different working groups called technical committees in the following seven pillars: production, distribution, mobility (batteries in mobility), power and heat (batteries in stationary), cross-cutting, value chain and hydrogen valleys, which are further developed through sub-working groups called roadmaps. HER members participate in the different Technical Committees and roadmaps, shared with HE, where the multi-annual and annual strategic priorities are discussed and the specific topics for future calls are drafted. In collaboration with the European Commission, this work, which lasts approximately one year, leads to the elaboration of the Annual Work Plans, which are translated into calls for public proposals. It is in this annual recurrence process as well as in other activities of the association such as participation in technical conferences or establishing synergies with other associations where several people from the FHa share their time and knowledge with the European community. For example, Guillermo Figueruelo, head of the Strategic Area at FHa, was appointed more than four years ago as a member of the HER Board and leader of the Hydrogen Valleys Technical Committee, positions to which he was re-elected for the second time at the last HER General Assembly, held last June in Budapest. So, not only do they collaborate in the execution of projects, but also in the tasks that go beyond that, they are involved in the route that seeks to reduce CO2 emissions into the environment. The fusion of hydrogen experts with the entities that lead the roadmaps is a key mechanism to materialise ideas and move from theory to practice through concrete projects. FHa hopes that the relationship with the Clean Hydrogen Partnership will continue to be of benefit in contributing to the European goal of climate neutrality by producing perceptible and measurable results for the development and expansion of hydrogen applicati
July 2024
Phyrene our new project to strengthen the hydrogen value chain in the Pyrenean border regions.
Phyrene project aims to support the development and strengthening of the hydrogen value chain in the Pyrenean border regions, promoting synergies between companies, institutions and researchers to boost the energy transition in the area. It focuses on low-carbon technologies and seeks to boost all aspects related to hydrogen, from research to its use, taking advantage of cross-border capacities. It is also aligned with the priorities of the strategy, including the energy transition of industry, heavy hydrogen mobility and support for innovation and human capital formation. We are proud to present our ambitious Action Plan for the creation of a ‘hydrogen valley’ in our region. This comprehensive project will cover everything from production and transport to storage and industrial uses of hydrogen, with a commitment to clean and sustainable energy. The PHYrene project not only shares this vision, but also seeks to extend its impact to the entire cross-border area, promoting collaboration and technological development beyond our borders: together we can build a greener and more efficient future! At the Aragon Hydrogen Foundation we play a crucial role in assessing opportunities and challenges in various sectors. We will carry out a comprehensive diagnosis of the training needs in the region, in order to identify areas for improvement and ensure that the training of the workforce is in line with the objectives of the sector. In addition, we will carry out a detailed analysis of the hydrogen production segment, exploring the region's potential to become a production hub, considering the strategic connections with Spain and Northern Europe.   &n