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Significant Progress on the Low Temperature Ammonia Cracking Catalyst
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  • Date : 2026-05-22

Elucidating interfacial active sites in ruthenium–boron nitride nanotube catalysts for efficient low-temperature ammonia-to-hydrogen conversion, Chemical Engineering Journal, vol 535, 175261 (2026), IF = 13.2


We, naieel technology, recently published a paper related to the Ru nanoparticles collaborated BNNT catalyst (Ru/BNNT) used for ammonia (NH3) thermal cracking producing hydrogen at low temperature. We are able to decrease the cracking temperature as low as 450C, with ~100% conversion efficiency with 1.45 wt% of Ru with respect to the weight of the BNNT, and with longer than 300 hours stability (so far, while 1000 hour stability test is underway).

Based on the research outcomes, we will continue developing a ammonia cracker as well as its fuel cells.

Manuscript and Supporting Information files can be downloaded in the Journal website, If you have any difficulty for downloading them, please let us know.

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Naieel Technology