GreenH2Atlantic is a large-scale renewable hydrogen initiative centered in Sines, Portugal, structured as a multi‑partner industrial consortium. The project aims to produce green hydrogen via electrolysis powered by renewable electricity, supporting the decarbonization of the Sines industrial cluster and surrounding value chains. It is positioned to repurpose legacy energy infrastructure at the port and former thermal power plant site, creating new hydrogen production and logistics capacity.
Planned activities include deploying a utility‑scale electrolyser (with an initial capacity target around the 100 MW range) and developing associated storage, distribution, and end‑use integration. Anticipated offtake pathways include supplying hydrogen for refining and chemical processes, power and heat applications, mobility, and potential blending into the natural gas network. The project has received support under European Union funding mechanisms related to the energy transition. For the chemical industry, GreenH2Atlantic is intended to provide a local, low‑carbon feedstock alternative to fossil‑based hydrogen, enabling emissions reductions in various process industries in the Atlantic corridor.
chemXplore tracks 1 project involving GreenH2Atlantic, of which one is active.
GreenH2Atlantic's role on them: Owner.
1 new construction.
Contractors, licensors, and offtakers are recorded on this project For subscribers
Targeting: Hydrogen (1)
Deploys a digital twin-based Hydrogen Performance Suite for a 100 MW plant in Sines to boost scheduling and energy procurement; targets 15,000 t H2/yr and ~110,000 t CO2e avoided.
The GreenH2Atlantic project in Sines, Portugal, gains PIN status, aiming to create 3,891 jobs and invest over €150M in a 100MW green hydrogen plant, supporting national and EU decarbonization goals.
A 100 MW green hydrogen project in Sines, Portugal, funded by the EU's Horizon 2020, aims to start construction in 2023 and operation by 2025, supporting Europe's decarbonization goals.
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