Methanol: The Rising Star of Sustainable Shipping Initiatives
Key Ideas
  • Methanol emerges as a versatile and sustainable alternative to hydrogen, gaining attention for its low-carbon and renewable attributes.
  • Stena Line and LR collaborate to convert ferries to methanol dual-fuel propulsion, showcasing the practicality and viability of methanol in marine transportation.
  • Methanol's adaptability extends beyond shipping to sectors like power generation and chemical manufacture, positioning it as a realistic route to achieving worldwide sustainability goals.
  • Despite challenges in supply chain expansion, the growing investments in green methanol production in regions like Europe and Asia indicate a promising future for methanol as a bridge fuel for decarbonisation.
The narrative in the energy sector is shifting towards methanol as an alternative to hydrogen for decarbonisation efforts, particularly in sectors like shipping. Methanol's unique attributes, derived from renewable sources like green hydrogen and captured CO2, make it a cleaner and safer option for large-scale applications and transportation modes. The collaboration between Stena Line and LR to convert ferries to methanol dual-fuel propulsion demonstrates the practicality of methanol in maritime transportation. Methanol's versatility extends to various industries beyond shipping, such as power generation and chemical manufacture, making it a feasible option for global sustainability initiatives. Investments in green methanol production in regions like Europe and Asia highlight the potential of methanol as a cost-effective and scalable solution to reduce carbon emissions. While challenges remain, such as infrastructure development, methanol is emerging as a promising bridge fuel to achieve aggressive climate goals, offering a practical and affordable way to cut emissions across industries.
ADVANCEH2

Our vision is to be the world's leading online platform for advancing the use of hydrogen as a critical piece needed to deliver net-zero initiatives and the promise of a clean H2 energy future.

© 2025 AdvanceH2, LLC. All rights reserved.