Peter May
Professor
Chemical And Metallurgical Engineering And Chemistry
Murdoch University
Australia
Biography
Peter May is a Professor of Extractive Metallurgy and, until 2012, the Dean of the School of Chemical and Mathematical Sciences. His research centres on how metal ions and other substances react in water, an area which has broad practical importance and that consequently attracts considerable world-wide attention. At Murdoch, he lead a strong team working in hydrometallurgy and physical chemistry, two research areas of strength which have both been ranked as a 5 in the recent ERA (Excellence in Research Australia) assessment exercise, the highest ranking possible. His studies focus both on the fundamental chemistry of aqueous solutions, and on applied problems of global importance, including those concerning industrial processes (e.g. alumina refining), the environment (e.g. ocean acidification) and medicine (e.g. kidney stone formation). He was also Chief Investigator in some large cyanide waste management projects supported by a broad range of companies from the minerals industry. He has developed a frequently-cited modelling software package called JESS (Joint Expert Speciation System) that uses large databases of existing information in the field of solution chemistry, together with new experimental measurements, to resolve important gaps in knowledge. He has supervised over 30 PhD students, have over 200 publications in international, peer-reviewed scientific journals and have held many Linkage grants from the Australian Research Council.
Research Interest
Aquatic chemistry and its medical, environmental and industrial applications, Thermodynamic modelling and computer simulation in solution chemistry, Hydrometallurgy
Publications
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Hnedkovsky, L., May, P., Hefter, G., (2017), Apparent Molar volumes of aqueous solutions of sodium acetate and sodium benzoate at temperatures from 323 K to 573 K and pressure 10 MPa., Journal of Chemical Thermodynamics, 109, Special Issue by Invitation, pages 100 - 108.
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Hill, M., Koenigsberger, E., May, P., (2017), Mineral precipitation and dissolution in the kidney, American Mineralogist: an international journal of earth and planetary materials, 102, 4, pages 701 - 710.
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Rowland, D., May, P., (2017), An Investigation of Harned's Rule for Predicting the ActivityCoefficients of Strong Aqueous Electrolyte Solution Mixtures at 25 C, Journal of Chemical & Engineering Data, 62, , pages 310 - 327.