Rate My Professor Erich Koenigsberger

Erich Koenigsberger is a Senior Lecturer in the School of Mathematics, Statistics, Chemistry and Physics at Murdoch University. Since joining the institution in 2001, he has established himself as a key researcher in physical chemistry, with particular expertise in thermodynamics and solubility. His academic interests center on solution chemistry and hydrometallurgy, developing physicochemical property models that find applications in both industrial processes and medical contexts. Koenigsberger has served as Chief Investigator on multiple Australian Research Council (ARC) Linkage grants and industry-sponsored projects, addressing critical challenges such as the kinetic, thermodynamic, and environmental aspects of the Bayer process for alumina production, solution chemistry of titanium, and solubility phenomena associated with leaching copper sulfide ores. His contributions extend to collaborations with the Parker Centre and the alumina industry via AMIRA initiatives, including the creation of a thermodynamic model for Bayer liquors.

Recent research by Koenigsberger explores the geochemistry and hydrometallurgy of arsenic, the application of computer models to extractive metallurgy, and the measurement and modeling of biomineral solubilities pertinent to urolithiasis, or kidney stone formation. He has authored or co-authored over 130 publications, accumulating more than 3,297 citations as documented on ResearchGate. Notable works include the book Biomineralization: Medical Aspects of Solubility (2006), which examines the role of solubility in pathological biomineralization; 'Solubilities of metal carbonates' (1998, with H. Gamsjäger and W. Preis) published in Pure and Applied Chemistry; 'Comprehensive Model of Synthetic Bayer Liquors. Part 3' (2006, with P. M. May and G. Hefter) in Monatshefte für Chemie; 'Investigation of complexation and solubility equilibria in the copper(I)/cyanide system at 25 °C' (2016, with C. Akilan et al.) in Hydrometallurgy; 'Rare earth metal ion solubility in sulphate-phosphate solutions of pH range -0.5 to 5.0' (2016, with G. Senanayake et al.) in Minerals Engineering; 'Mineral precipitation and dissolution in the kidney' (2017, with M. Hill and P. May) in American Mineralogist; and 'Solid-solute phase equilibria in aqueous solution: Fundamentals and applications' (2013). These contributions underscore his influence in advancing understanding of complex aqueous systems. Koenigsberger also contributes to teaching, coordinating units such as Fundamentals of Chemistry (CHE140).