Paving the Way to Net-Zero

Learn More About Methanol + Fuel Cells

Methanol (CH₃OH) is a simple alcohol and an efficient hydrogen carrier with significant potential in green energy applications. Renewable methanol that is nearly carbon-neutral, can be produced through biomass gasification or CO₂ hydrogenation. This renewable form offers a sustainable alternative to conventional methanol produced from fossil feedstocks, due to its role in reducing greenhouse gas emissions.

As a cleaner alternative to fossil fuels, methanol offers significant benefits through its ease of storage and transport, making it a practical choice for future energy systems. With advancements in technology, such as an integrated reformer and fuel cells, methanol’s efficiency and energy output can be maximised, paving the way for a low-carbon future.

This data‑led white paper shows why renewable methanol paired with fuel cells is a viable, quicker route to decarbonisation for ships. It combines well‑to‑wake analysis, TCO scenarios, regulatory outlooks and production forecasts with the technical case for PEM fuel cells and onboard reformers.

• Clear TCO scenarios and break‑even insight for auxiliary power and short‑sea operations
• Well‑to‑wake emissions comparison versus internal combustion engines
• Regulatory timelines and policy signals that affect investment decisions
• Methanol value‑chain and supply forecasts to 2030+
• The system‑level efficiency case for fuel cells with reformers (practical implications for operators and specifiers)

Maritime decarbonisation can't wait. Download the white paper now!

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