H2Well: Hydrogen Energy Storage for a Sustainable and Healthy Future in Europe

General Overview

H2Well brings together a network of over 30 experts from seven disciplines—engineering, policy, economics, public health, life cycle assessment (LCA), law, and the history and philosophy of science—to explore hydrogen energy storage’s role in sustainability and public health. The project aims to publish a prospective paper, develop future research initiatives, and engage policymakers through workshops and presentations, fostering long-term interdisciplinary collaboration for Europe’s sustainable energy transition.

Purpose and Significance

A major challenge in the transition to sustainable energy is the intermittency of renewable sources like wind and solar. Hydrogen energy storage offers a promising solution by converting excess electricity into green hydrogen, which can be used during periods of high demand. However, critical gaps remain in understanding its environmental, economic, health, and policy implications.

H2Well’s multidisciplinary team will explore these dimensions to identify key research priorities and funding opportunities. The project focuses on three core areas:

  • Area 1: Analysis and Status of Hydrogen Energy Storage Technologies
  • Area 2: Environmental Life Cycle Assessment and Health Impact Analysis
  • Area 3: Economic, Policy, Law, and Society Analysis
Logo of H2 Well project in a 3D rendering made of grass

Implementation Method and Timeline

H2Well unites EUniWell universities and collaborating partners to examine various aspects of hydrogen energy storage.

Key Partners:

  • University of Birmingham (Coordinator): Hydrogen energy technology, health economics, and energy policy & environmental policy.
  • University of Cologne: Energy economics and energy market design.
  • Nantes Université: Society analysis and environmental humanities.
  • Linnaeus University: Energy technology and circular economy.

Project Phases:

  • Kick-off Meeting  (Dec 2024 – Feb 2025): Establish communication channels, align research objectives, and define partner contributions.
  • Preliminary Studies  (March – May 2025): Explore research themes, identify key metrics, policy gaps, and initial findings.
  • Interdisciplinary Workshop  (June 2025, University of Birmingham): A two-day event featuring expert presentations and discussions on refining research outputs and future collaborations.
  • Research Framework & Publication  (July – Oct 2025): Develop a research framework, publish the prospective paper “The Role of Hydrogen Energy Storage for a Sustainable and Healthy Future”, and draft funding proposals.
  • European Hydrogen Week Participation  (Nov 2025, Brussels): Present findings, engage with policymakers, industry leaders, and funding bodies, and discuss policy recommendations.

Contact:

Hadi Heidary, University of Birmingham