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Conversion of ammonia into hydrogen using cold plasmas coupled with catalysis
Goals
The result is a cold plasma-catalysis process that optimizes the conversion of ammonia into hydrogen, at the lowest possible energy cost.
Innovations
As part of the development of a hydrogen loop, ammonia is proving to be an interesting transport vector. The aim of the project is to convert transported ammonia into H2 at low energy cost, using plasma discharges. This project complements the ERDF SynfonHy project, in which NH3 will be synthesized from N2 and H2.
PhD student:
Thibault Queeckers
Promoter
Prof. François Reniers | Université Libre de Bruxelles |
Co-promoter
Prof. Eric Gaigneaux | Université Catholique de Louvain |
Research Center
Dr. Thomas Godfroid | Materia Nova |
Tasks
T04-1 | Development of a cold plasma reactor to control the number and position of filaments,
as well as the energy of the injected electrons (via a nanopulsed generator), and to insert catalysts |
T04-2 | Single plasma study of ammonia decomposition by mass spectrometry |
T04-3 | Development and characterization of plasma-specific catalysts for NH3 decomposition |
T04-4 | Study of ammonia decomposition in a plasma catalyst environment |
T04-5 | Benchmarking with other available ammonia decomposition technologies |
Thibault Queeckers presents his project during the Kick-off - September 13, 2024.
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