Decarbonization Saudi Aramco, Linde Engineering to Develop New Ammonia Cracking Technology

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Saudi Aramco and Linde Engineering have plans to develop a new ammonia cracking technology which is expected to create new commercial opportunities for them within the global lower-carbon energy supply chain. A demo plant will also be established in Germany to showcase the technology.

Dhahran/Saudi Arabia – Aramco and Linde Engineering have signed an agreement to jointly develop a new ammonia cracking technology. The collaboration between the two companies will combine Linde Engineering and Aramco’s experience and capabilities in industrial research and development, lower-carbon hydrogen, and ammonia cracking technology.

A potential differentiator of this new technology is the ammonia cracking catalyst, jointly developed by Aramco and the King Abdullah University of Science and Technology (Kaust), which will be evaluated against other catalysts.

Through this agreement, Aramco and Linde Engineering plan to build a demonstration plant in northern Germany to showcase this new ammonia cracking technology. Linde Engineering intends to offer this ammonia cracking technology to current and new customers, creating new commercial opportunities within the global lower-carbon energy supply chain. The emerging lower-carbon ammonia business may prove to be key in bridging the gap between a country’s domestic renewable energy production capacity and total energy demand.

Ahmad Al-Khowaiter, Senior Vice President and Chief Technology Officer at Aramco, said: “This agreement is part of our ongoing technology and business development efforts to establish a commercially viable lower-carbon hydrogen supply chain. We believe the advanced ammonia cracking technology we are co-developing with Linde Engineering will play a key role in realizing our objectives.”

John van der Velden, Senior Vice President Global Sales & Technology at Linde Engineering, said: “Effective ammonia cracking technology supports the world’s urgent need for decarbonization. By completing the missing link in the export chain, cleaner energy can be shipped from regions with high renewable and clean energy potential to those with more limited resources.”

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