Nia is a chemist by background and during her PhD specialised in the surface chemistry of halloysite clay minerals. Nia undertakes commercial work for the X-ray diffraction section alongside clay mineralogy research. Current research interests include mineral synthesis, CO2 sequestration by minerals and the role of clays as adsorbent materials in the environment.

Conference/meeting presentations:

    • 2015: Euroclay, Edinburgh – Oral presentation – “An investigation into the pH effects on the CEC of halloysite.”

    • 2017: Clay Minerals Group, Research in Progress meeting – Oral presentation – “The adsoprtion of phosphate by halloysite nanotubes.”

    • 2017: International Clay Conference (ICC), Granada – Oral presentation – “The adsorption of phosphate by halloysite nanotubes.”

    • 2019: Macaulay Development Trust lecture, poster- “Surface chemistry of kaolin minerals.”

    • 2018: Mid-European Clay Conference (MECC), Zagreb – Oral presentation – “Investigation of the surface sites of tubular halloysite using phosphate anions.”

    • 2019: Euroclay, Paris – Oral presentation – “Aspects of the surface and internal structure of halloysite nanotubes as revealed by various microscopy methods.”

    • 2019: Macaulay Development Trust lecture, poster – “Use of neutron scattering and diffraction to study interlayer water in halloysite nanotubes.”

Committees and professional accreditations:

    • Registered scientist with the RSC
    • 2017-2019; 2022-current – Ordinary member of the Aberdeen and North East Local Section of the Royal Society of Chemistry
    • 2019-2022 – Secretary for the Aberdeen and North East Local Section of the Royal Society of Chemistry
    • 2022-2024 – Co-founder and co-editor of Phyllosophical News, the Clay Minerals Group newsletter
    • 2021-2023 – Ordinary member of the Mineralogical Society of the UK and Ireland Council

Nia’s work involves both commercial and research projects employing the technique of X-Ray Powder Diffraction and applications of clay minerals for environmental and technological uses.