The Portuguese Mobilising Alliance that is committed to the production of renewable methanol and green hydrogen

The project

H2Driven promotes the Portuguese Mobilisation Agenda and relies on renewable methanol and green hydrogen for the decarbonisation of industry and heavy mobility, which together account for the most significant share of direct and indirect national CO₂ emissions.

This is a project organised by a consortium of 17 partners that aims to build a reliable value chain for renewable methanol and green hydrogen in Portugal, covering the entire life cycle, from research, engineering, construction, logistics and marketing.

Our goals

Objectives

Install an industrial unit for the production of green hydrogen through water electrolysis

Install the first Portuguese plant for the production of renewable methanol

Develop a set of R&D projects to drive new technologies in the methanol industry value chain.

Promoting the use of green hydrogen in industry and domestic consumption through injection into networks

The process

Renewable methanol

The renewable methanol production process involves the use of renewable gases, such as landfill biogas, promoting a circular and sustainable economy. The methanol produced can be used as a clean fuel for industry and transport, contributing to the reduction of greenhouse gas emissions.

The process

Green hydrogen

Green hydrogen production by electrolysis occurs through the decomposition of water into hydrogen and oxygen, using electricity from renewable sources such as solar or wind energy. In this process, an electrolyser applies an electric current to water, separating its molecules without generating direct carbon emissions, unlike traditional fossil fuel-based methods. The hydrogen produced will then be injected into the gas networks.

Impact

5 kton
Annual Production of Renewable Methanol
660 ton
Annual production of green hydrogen
99,2 kton
CO₂ avoided annually by methanol
5,3kton
CO₂ avoided annually by green hydrogen injected into the grids
H2Driven will contribute to increasing the competitiveness of the national economy and, at the same time, increase the country's resilience; reduce dependence on external markets by increasing exports and contributing to the EU's technological sovereignty; increase investment in R&D and create new technical and scientific knowledge.
The investment in the 1st Renewable Methanol Plant includes:
0
,0M€
 total investment amount.
0
,0M€
contracted incentive amount.

Investing in the future

In the short term, the H2Driven Agenda will take decisive steps towards a sustainable future, with the completion of engineering studies and the submission of licensing applications. In 2026, the project will take shape with the arrival of key equipment, the completion of financial execution, and the setting of the commercial operation date (COD), representing an important milestone in the transition to the renewable methanol and green hydrogen economy.

2000

EIA submission

EIS – Environmental Impact Statement

FID - Final Investment Decision

RTB - Ready to build

2000

Arrival of key equipment

Completion of Financial Execution

COD - Commercial Operation Date

Stay up to date

European Energy produces the first E-Methanol

March 17th, 2025

The transition to sustainable synthetic fuels has taken a significant step forward with the production of the first e-methanol at European Energy’s Kassø Power-to-X plant. This breakthrough demonstrates the potential of Power-to-X technology in decarbonising industrial sectors that are difficult to electrify directly.

Read more

Partners