News
H2B2 electrolyzers will expand GP JOULE’s green hydrogen production
Seville, ES, Wednesday, January 18, 2023 Five H2B2 electrolyzers will power the refueling stations that the German company GP JOULE will put into operation in Germany Each of the 2 MW electrolyzers will be able to supply up to 860 kilograms of green hydrogen per day....
Letter of intent for H2B2 Electrolysis Technologies, a Leading Developer and Operator of Green Hydrogen Production Systems for Clean Energy Generation, to Go Public on the NASDAQ via a Business Combination with RMG Acquisition Corporation III
H2B2 not only manufactures small and large scale electrolyzers, but also offers its customers a full suite of customized end-to-end energy solutions through its ability to design, build, own, and operate fully integrated green hydrogen production facilities..
H2B2 strengthens its Board of Directors with the entry of Antonio Vázquez as president
Antonio Vázquez, former president of IAG and Iberia, joins H2B2 as president to strengthen and continue the company’s development and expansion. H2B2, present in the United States, the European Union, the United Kingdom, Colombia and India, is currently…
Regenera
The Regenera project, will research innovative technologies to store surplus renewable energies efficiently and economically through their use in existing industrial processes to produce renewable fuels.
El proyecto Regenera, tiene como misión principal investigar tecnologías innovadoras para almacenar de forma eficiente y económica los excedentes de energías renovables mediante su uso en procesos industriales existentes, para la producción de combustibles renovables.
Eclosion
The main objective of the ECLOSION project is to create new materials, technologies and processes for the generation, storage and transport of renewable and indigenous hydrogen and biomethane.
El proyecto ECLOSION tiene como objetivo principal crear nuevos materiales, tecnologías y procesos para la generación, almacenamiento y transporte de hidrógeno y biometano renovables y autóctonos.
Undergy
The Undergy project, will investigate the technological basis for improving the competitiveness of stationary storage of renewable energy and will integrate into a smart grid, renewable generation and seasonal storage of high-capacity energy using green hydrogen in depleted gas fields.
El proyecto Undergy investigará las bases tecnológicas para mejorar la competitividad del almacenamiento estacionario de energía renovable e integrará en una red inteligente, la generación renovable y el almacenamiento estacional de energía de alta capacidad mediante hidrógeno verde en yacimientos agotados de gas.
H2B2 and PowiDian create hydrogen-based self-supply energy system for Dutch hospital
This is one of the first projects in Europe for the decarbonization of the healthcare sector, which will save 600,000 cubic meters of natural gas and avoid the emission of 2 million kilograms of CO2 over the next 15 years. The project, based on a P2P…