Lithuania's Green Transition: AB Achema Invests in Clean Hydrogen Production for Fertiliser Industry
Key Ideas
  • The European Commission has approved a €122 million Lithuanian measure to support AB Achema in decarbonising its fertiliser production processes, aligning with EU's Hydrogen Strategy and Green Deal targets.
  • AB Achema's project involves installing a 171 MW alkaline electrolyser to replace fossil-based hydrogen with renewable and low-carbon hydrogen, reducing CO2 emissions significantly.
  • The electrolyser is expected to start operating in 2026 and aims to avoid the release of at least 5.8 million tonnes of CO2 over its 19 years of operation, contributing to Lithuania's green transition.
  • AB Achema is committed to sharing its clean technology deployment experience to advance the use of hydrogen in the fertiliser industry, marking a step towards a sustainable future.
The European Commission has greenlit a €122 million Lithuanian initiative to assist AB Achema in transitioning its fertiliser production processes towards decarbonisation. This move is in line with the EU's Hydrogen Strategy and the Green Deal Industrial targets. AB Achema's project focuses on implementing a 171 MW alkaline electrolyser to substitute fossil-based hydrogen with renewable and low-carbon hydrogen for ammonia production, aiming to cut down CO2 emissions and decrease dependence on natural gas. The electrolyser is scheduled to become operational by 2026 and is projected to mitigate the release of over 5.8 million tonnes of CO2 during its anticipated 19-year lifespan. Furthermore, AB Achema pledges to share insights and technical expertise acquired from the project to promote the adoption of clean technologies in the fertiliser sector, emphasizing a shift towards sustainability.
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.

© 2024 AdvanceH2, LLC. All rights reserved.