Masshylia : Renewable H₂ production facility to decarbonise La Mede biorefinery and local customers at the Fos-Berre industrial-port zone

Masshylia : Renewable H₂ production facility to decarbonise La Mede biorefinery and local customers at the Fos-Berre industrial-port zone

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Masshylia : Renewable H₂ production facility to decarbonise La Mede biorefinery and local customers at the Fos-Berre industrial-port zone
Masshylia : Renewable H₂ production facility to decarbonise La Mede biorefinery and local customers at the Fos-Berre industrial-port zone
Masshylia : Renewable H₂ production facility to decarbonise La Mede biorefinery and local customers at the Fos-Berre industrial-port zone

Information

Located at the heart of the TotalEnergies biorefinery at La Mède in the southern Provence-Alpes-Côte d’Azur region, the Masshylia 2 phases project aims to produce green hydrogen by water electrolysis with a capacity of 30 tons per day, to contribute to the decarbonization of both the biorefinery and local customers at the Fos-Berre industrial-port zone. ​ ​ The two partners are aiming to start up the first 20 MW (8 tons/d) electrolyser by 2029.
Brand
Masshylia
link
https://www.concertation-masshylia.fr
ENGIE6F34ENGIE is a global reference in low-carbon energy and services. With its 97,000 employees, its customers, partners and stakeholders, the Group is committed to accelerating the transition towards a carbon-neutral world, through reduced energy consumption and more environmentally-friendly solutions. With many hydrogen projects worldwide, ENGIE's ambition is to support its customers in the industry and mobility sectors in achieving their carbon neutrality objectives, thanks in particular to renewable and low-carbon hydrogen. Our presence along the entire hydrogen value chain (from production to distribution, through storage and transportation) allows us to offer a wide range of scalable and replicable solutions. By 2035, ENGIE plans to develop in more than 15 countries, 4 GW of renewable hydrogen production capacity, and 700 km of dedicated hydrogen pipelines, 1TWh of underground storage capacity and around 50 refueling stations and facilities by 2030.

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