Unlocking Low-Carbon Hydrogen Demand Through Efficient Transport Networks
Key Ideas
  • Low-carbon hydrogen capacity may rise to 87mtpa by 2030, driven by active projects.
  • Challenges like demand uncertainty and project costs hinder growth in the hydrogen sector.
  • Transporting hydrogen through pipelines is preferred for efficiency despite cost challenges.
  • Enhancing accessibility for consumers through robust transport networks is key to boosting hydrogen demand.
The article discusses the importance of efficient transport networks in boosting low-carbon hydrogen demand. Despite the high project costs associated with pipelines, they are preferred for long-distance transport. The hydrogen sector is projected to potentially reach a capacity of 87mtpa by 2030, driven by active and announced projects. However, the sector faces challenges such as demand uncertainty and policy support issues, affecting business confidence. Enhancing accessibility for consumers through robust transport networks is highlighted as a key strategy to stimulate demand. While derivatives like ammonia and methanol offer advantages, hydrogen pipelines are increasingly favored for transporting pure hydrogen or blends over long distances. The report mentioned in the article explores upcoming hydrogen pipeline projects, leading regions, market trends, and policy initiatives. It notes that the current hydrogen pipeline projects are mostly small-scale, with a significant increase in pipeline length expected by 2040. Overall, improving hydrogen accessibility to consumer sectors is crucial for the success and growth of the low-carbon hydrogen market.
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.