H2GZ ENERGIZING

Essential Collaborator: EPRI as R&I Coordinator

We propose that EPRI (Electric Power Research Institute) serves as the R&I coordinator for the H2GZ Area Viveiro project, given its outstanding experience in developing cutting-edge energy technologies and its role in integrating renewable energy sources globally. Their involvement would ensure access to advanced technical knowledge, proven innovation methods, and a global network of strategic partners, significantly enhancing the project's success potential and its international impact on the energy transition.

Request for Coordination by EPRI with Funding from EUREKA:

We request EUREKA to coordinate funding so that EPRI (Electric Power Research Institute) can assume the role of R&I coordinator in the H2GZ Area Viveiro project.

Known Partners:

• Max Planck Institute for Plasma Physics (IPP) (Germany): Specialized in plasma physics, fundamental for developing and managing the electromagnetism needed to create the electromagnetically controlled artificial tornado.

• Technical University of Denmark (DTU) (Denmark) and TNO (Netherlands): Leaders in renewable energies, electromagnetism, and energy storage, contributing to the development of advanced technologies for green hydrogen production and storage.

• CNRS and CEA (France), and Institute of Technical Thermodynamics (DLR) (Germany): Focused on renewable energies, advanced thermodynamics, and energy storage, these centers are crucial for researching and optimizing the project's thermolysis processes and energy efficiency.

Required Profiles:

• Experts in Plasma Physics and Electromagnetism: To develop the electromagnets and create the artificial tornado that will generate the kinetic energy essential for the new hydrogen production system.

• Researchers in Artificial Intelligence and Advanced Control: To improve the stability and efficiency of the artificial tornado control system and optimize the processes of green hydrogen production and storage.

• Engineers in Renewable Energy and Advanced Thermodynamics: To work on the integration of generated energy, efficient hydrogen storage, and the development of innovative methods for thermolysis driven by kinetic energy.