AGP-Europe's Green Hydrogen Initiative: Transforming Glass Packaging Production in Sweden
Key Ideas
- AGP-Europe has initiated green hydrogen production in Sweden to melt glass sustainably, using a 5MW hydrogen electrolyser.
- The Limmared facility has seen a reduction of 70 tonnes of CO₂ emissions by utilizing 109,000m³ of on-site produced hydrogen.
- The company aims to replace 20% of natural gas in the furnace with green hydrogen, contributing to emissions reduction in glass packaging production.
- This initiative aligns with AGP-Europe's broader strategy of incorporating cleaner energy sources into its processes, following the success of the NextGen Furnace in Germany.
Ardagh Glass Packaging-Europe (AGP-Europe), a division of Ardagh Group, has taken a significant step towards sustainable glass packaging production by introducing green hydrogen at its Limmared facility in Sweden. Through the implementation of a 5MW proton exchange membrane (PEM) hydrogen electrolyser powered by renewable electricity, AGP-Europe is generating hydrogen for its furnace energy mix. The testing phase, initiated in October, has already showcased environmental benefits, with 70 tonnes of CO₂ emissions reduced through the utilization of 109,000m³ of on-site produced hydrogen. AGP-Europe's project manager, Daniel Johansson, expressed satisfaction with the progress, noting no impact on glass quality or furnace operation. The company's goal to replace 20% of natural gas with green hydrogen underscores its commitment to reducing carbon emissions in glass packaging production. AGP-Europe's CEO, Martin Petersson, highlighted the strategic shift towards sustainable practices, emphasizing the pivotal role of green hydrogen in transforming manufacturing processes. This initiative follows the success of the NextGen Furnace in Germany, where a significant reduction in CO₂ emissions was achieved through electrical heating. By integrating green hydrogen and other sustainable technologies like hybrid melting, AGP-Europe aims to support Ardagh Group and its customers in meeting emissions reduction targets and advancing industry decarbonization. The transition to green hydrogen signifies a progressive approach towards environmental stewardship and innovation in the glass industry.