This paper examined the impact of the reducible mixed oxides of titanium with cerium properties as a support for nickel-catalysed low temperature steam reforming of methane.
Our work on 'The effect of UV light pre-treatment on the oxygen activation capacity of Au/TiO2" was selected to be featured as front cover in the latest issue of Catalysis Science & Technology journal (Impact Factor: 5.287).
A PhD student from PARTCAT: Mr Sina Moradi has been awarded the Hodgson Student award 2016 by the Australian Water Association last Friday, 18th November at the SA Water Awards Dinner.
Warm congratulations to Yiming and Ayu on your graduation day.
In the latest round of federal research funding announced on Tuesday, 1 November, UNSW received 88 Discovery Project grants worth $32 million, 21 Discovery Early Career Research Awards (DECRA) worth over $7.5 million and 3 Linkage, Infrastrucrure, Equipment and Facilities grants (LIEF) worth $2.... read more
The water industries identify that there is a clear need for the development of novel antibiofilm technology capable of suppression of biofilm formation. The work presented in this paper highlights the development of self-sustained antibiofilm materials that features potential for industrial... read more
Studies showed that the Au/TiO2 has excellent potential in heterogeneous catalytic oxidation reactions due to localised surface plasmon resonance effect in the visible and spectral ranga of solar irradiation.
Hydrogen peroxide is one of the most important chemicals widely used in chemicals industry and mainly manufactured by the anthraquinone method.
O2 activation is essential in life processes, in energy conversion (fuel cells), and... read more
Catalytic combustion of methane is regarded as an efficient way to conventional thermal combustion for energy production.