DAAD Postdoctoral Fellow, University of Adelaide, 2017
PhD Economic Geology, TU Bergakademie Freiberg, 2016
MSc Geological Sciences, University of Cambridge, 2012
BA Mineral Science, University of Cambridge, 2011
Research Interests
In his research, Professor Frenzel aims to address the issues and opportunities associated with rapidly growing global mineral demand. He does so by examining various aspects of mineral supply chains, focusing on two central questions:
1) How can geological and mineralogical insights enhance the efficiency of mineral exploration and extraction?
2) What implications do geological, technological, and economic constraints have for the availability of primary raw materials for the energy transition?
He combines a variety of data types (geological, mineralogical, geochemical, technological, and economic) with data analysis and numerical modelling methods to answer these questions.
At KAUST, he will mostly focus on the mineral potential of Saudi Arabia, i.e., where significant untapped mineral resources may exist and how can they be discovered and utilized efficiently to sustainably generate value.
Selected Publications
Frenzel M, Röhner M, Cook NJ, Gilbert S, Ciobanu CL, Güven JF (2025) Mineralogy, mineral chemistry, and genesis of Cu-Ni-As-rich ores at Lisheen, Ireland. Mineralium Deposita 60:113-143
Blannin R, Frenzel M, Tolosana-Delgado R, Bachmann K, Escobar A, Pereira L, Gutzmer J (2024) A quantitative particle-based approach for the geometallurgical assessment of tailings deposits. Earth Science, Systems and Society 4:10102
Buarque Andrade L, Frenzel M, Bookhagen B, Kresse C, Schmidt M, Nassar N, Alonso E, Shojaeddini E, Sandmann D (2024) From exploration to production: Understanding the development dynamics of lithium mining projects. Resources Policy 99C:105423
Frenzel M (2023) Making sense of mineral trace-element data – How to avoid common pitfalls in statistical analysis and interpretation. Ore Geology Reviews 159:105566
Frenzel M, Baumgartner R, Tolosana-Delgado R, Gutzmer J (2023) Geometallurgy: Present and Future. Elements 19:345-351