Advertisement Advertisement
Advertisement Advertisement

Enagás and ACCIONA launch Power to Green Hydrogen Mallorca project

Spanish gas Transmission System Operator (TSO) Enagás S.A., and compatriot engineering, procurement and construction (EPC) contractor ACCIONA Industrial and Imasa (ACCIONA) are moving forward with the Power to Green Hydrogen Mallorca industrial project, having acquired an electrolyser, the key component of the electrolysis plant that the partners plan to build and operate in order to produce renewable hydrogen to feed a pilot hydrogen ecosystem on the island of Mallorca.

Enagás S.A., and ACCIONA are moving forward with the Power to Green Hydrogen Mallorca industrial project, having acquired an electrolyser, the key component of the electrolysis plant that the partners plan to build and operate in order to produce renewable hydrogen to feed a pilot hydrogen ecosystem on the island of Mallorca (graphic courtesy Enagás).

The electrolyser will be supplied by Hydrogenics, part of the Cummins Group, a leading designer and manufacturer of electrolysers and fuel cells. The electrolyser will be capable of producing over 330 tonnes of green hydrogen annually.

The other partners in the project are Instituto para la Diversificación y Ahorro de la Energía (IDAE), an agency of the Spanish government, and Cemex, which owns the site.

The green hydrogen will be used primarily as a direct energy source and, where this is not possible, will be injected into the natural gas grid to reduce the carbon dioxide (CO2) emissions produced by users of the latter fuel.

Enagás, ACCIONA, IDAE, and Cemex have adopted an ambitious timetable for the project with a view to the plant becoming operational in 2021. The developers are currently obtaining the permits required to build the electrolysis plant and the two photovoltaic plants that will drive it, to be located in Petra and Lloseta, as well as a green hydrogen filling station in Palma de Mallorca.

Construction is scheduled to begin in July 2021.

The Power to Green Hydrogen Mallorca project will drive a panoply of use cases for green hydrogen geared to decarbonising the Balearic Islands. This industrial project reflects ACCIONA’s commitment to truly ground-breaking initiatives in the move towards effective, innovative decarbonisation, said Rafael Mateo, CEO of ACCIONA Energy.

European Hydrogen Roadmap project

This industrial project is the core of Green Hysland, a project to which the European Union (EU’s) Fuel Cell and Hydrogen Joint Undertaking (FCH JU) has pledged EUR 10 million in funding to support the deployment of the infrastructure to make the Mallorca renewable hydrogen ecosystem a reality.

Green hydrogen will have multiple applications on the island, such as fuelling buses and rental cars powered by fuel cells via a hydrogen filling station to be built for this purpose, generating heat and power for commercial and public buildings, and as an ancillary energy source for ferries and port operations.

Additionally, some of this green hydrogen will be injected into the island’s gas grid, owned by Redexis, under a Guarantee of Origin (GO) system developed by ACCIONA based on blockchain, enabling gas users to reduce their emissions.

The EU’s Green Hysland initiative has earmarked about EUR 50 million for renewable power generation, green hydrogen production, and end-user equipment.

Enagás, as coordinator of the Green Hysland European project, working with its partners, will drive the development of a green hydrogen ecosystem in Mallorca that can be replicated in other territories. Renewable gases are a key vector in the process of decarbonisation and a fair energy transition, said Marcelino Oreja, CEO of Enagás.

This project is also part of “Hydrogen Roadmap: a commitment to renewable hydrogen” adopted by the Spanish government in October 2020 with the goal of putting Spain to the forefront in the technology of producing and using green hydrogen, attaining 4 GW of production capacity by 2030, and mobilizing an estimated total investment of EUR 8.9 billion.

We're using cookies. Read more