Summary
This paper reports the synthesis and characterisation of ultradispersed molybdenum catalysts supported on titania materials for direct CO₂ hydrogenation to methanol, a process relevant to greenhouse gas mitigation and carbon utilisation. The work demonstrates that highly dispersed molybdenum species on selected titania supports exhibit catalytic activity for this transformation. The findings contribute to understanding of catalyst design for CO₂ conversion chemistry.
Regional applicability
This fundamental catalysis research has indirect relevance to UK climate policy objectives around carbon capture and utilisation. However, the work is laboratory-based and would require significant further development and scale-up before application to industrial or agricultural contexts.
Key measures
Catalytic activity (conversion rates), selectivity to methanol, molybdenum dispersion characteristics, titania support properties; catalyst structure characterisation via electron microscopy and spectroscopy; CO₂ conversion efficiency; metal dispersion effects on catalytic activity
Outcomes reported
The study evaluated the catalytic performance of ultradispersed molybdenum species supported on various titania materials for converting CO₂ and hydrogen into methanol. Catalytic activity, selectivity, and material characterisation were assessed to optimise the Mo/TiO₂ system.
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