Dry reforming of methane (DRM) is a promising method for sustainable valorisation of methane and carbon dioxide, but its application is hampered by sintering of the active catalytic phase and coke formation. Here, the authors study DRM with non-noble metal atoms in supported gallium-rich liquid alloys which suppress both catalyst sintering and coke formation.
- Moritz Wolf
- Ana Luiza de Oliveira
- Peter Wasserscheid