Genesal Energy has inaugurated an innovative electrolyzer designed for the production of green hydrogen, in a joint effort with the University of Santiago de Compostela. This project, called H2OG, aims to facilitate the integration of hydrogen in industrial environments, marking a significant advance in energy transition and distributed energy.
The electrolyzer has been completely manufactured at Genesal Energy’s facilities, located in the Polígono de Bergondo, reflecting a significant development in knowledge and technology related to electrolysis systems. The initiative is funded by the Ministry of Industry and Tourism’s Innovation and Sustainability Plans, and is currently in the small-scale testing phase, a critical period that will validate and perfect each component of the prototype before scaling up.
Guillermo Martínez, an engineer at the company, highlighted the decision to opt for an alkaline electrolyzer, as it is a well-established technology, efficient, and with lower material costs compared to other alternatives, ensuring high quality standards. This investment in innovation not only aims to incorporate hydrogen into their generators, but also to optimize their management and storage systems, reaffirming their commitment to sustainability and the use of clean energy.
The partnership with the PRODES group from the University of Santiago de Compostela adds significant value to the project, bringing their expertise in life cycle analysis and sustainability. This ensures that the electrolyzer’s design and components are backed by a rigorous scientific and technical approach.
Green hydrogen is produced through renewable energies using the electrolysis process, which breaks down water into oxygen and hydrogen using electricity. This method generates hydrogen without greenhouse gas emissions, as long as the energy used comes from renewable sources such as solar, wind, or hydroelectric. Additionally, hydrogen can store energy for extended periods, making it a key solution for decarbonizing sectors that are difficult to electrify, such as heavy industry and long-distance transportation.
Source: MiMub in Spanish
