Catalyst, Sorbent and Carbon Materials Characterization Lab

X-ray crystallography is the scientific method used to determine the atomic and molecular arrangement of a crystal. This technique relies on the crystal’s structure, which causes incident X-rays to diffract into specific directions.

It can be applied in the characterization of carbon materials (produced from either CO2 or CH4), as well as in the assessment of the sorbents for CO2 capture or catalysts for CO2 or methane conversion and utilization.

Raman spectroscopy, using laser light, analyzes molecular vibrations, providing details on a sample’s composition and structure.

Raman microscopy plays a crucial role in the characterization of materials by providing detailed information about their structure, composition, and properties at the microscopic level. In the context of carbon materials, Raman microscopy can be used to study features such as crystallinity, defect density, graphitic structure, and the presence of functional groups. This information is vital for understanding the performance and potential applications of carbon materials in various fields, including energy storage, catalysis, and electronics.