Read the latest research from the GH2 project in AZO Cleantech.

A new study published by the GH2 project in Business Strategy and the Environment offers the green hydrogen industry a practical, scenario-based planning tool to evaluate investment decisions, technology choices, and deployment strategies before committing capital.

Researchers on the EU-funded GH2 Project have developed a scenario-based planning tool that simulates green hydrogen value chains, helping investors and policymakers evaluate strategies before committing capital.

Read our Latest Research and Discover Our Key Exploitable Results.

AZO Cleantech features the latest research published by the GH2 project.

The finding is pertinent as the chemical industry produces 2% of the worlds GHGs.

GH2 researchers assess the environmental and economic potential of bio-based multi-product systems and provide insights on the sustainability benefits of co-producing hydrogen and high-value acids from bio-alcohols compared to fossil and green alternatives.

A systematic review of 115 papers maps the methodological landscape of green energy transition models, identifies key variables across environmental, economic, and societal domains, and outlines a research agenda to guide future work in the field.

Perfume may help lower the cost of mass producing green hydrogen.

Discover how GH2 Project researchers obtained protonated poly(heptazine imide) (H-PHI) by adding acid to the suspension of potassium PHI (K-PHI) in ethanol.

Members of the GH2 consortium showcased some of the cutting edge research and innovations emanating from our project during 2024.

Three of the GH2 project’s key exploitable results have been listed on the EU’s Innovation Radar.

Essentica feature GH2 research.

Advanced Biofuels USA features the GH2 project.

GH2 project research features in Hydrogen Central.