Power to X Sealing Solutions: Which Materials Survive Methanol & Ammonia?

Need dependable seals for Power-to-X methanol and ammonia projects? Our white paper offers material compatibility insights, testing data, and practical recommendations for engineers working on hydrogen carriers, dual-fuel engines, or ammonia cracking. Find out how to avoid leaks, reduce corrosion, and choose suitable seals for tough conditions.

Methanol provides 15.6 MJ/L of energy, exceeding that of liquid hydrogen and ammonia. See the white paper for the full energy density chart.
We tested common sealing materials for 1,000 hours in harsh methanol and ammonia environments. Some materials failed, and the results surprised even our engineers.
If you’re working on dual-fuel engines or ammonia cracking, you’ll learn about the biggest sealing challenges and practical solutions to address them.

What are the best sealing materials for methanol and ammonia?

Our white paper compares real-world test results for EPDM, FKM, HNBR, and other elastomers, showing which materials withstand harsh PtX conditions.
How do I prevent leakage in Power-to-X systems?

Get practical tips and a checklist for seal selection, material compatibility, and system design—based on advanced testing and simulation.
What are the main challenges in dual-fuel engine sealing?

Learn about chemical compatibility, temperature swings, dynamic loads, and how to address them with the right sealing solutions.

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