Over the past decades, porous materials with high surface area have gained considerable attention from both scientific and technological communities due to their capacity to interact with molecules, ions, and atoms not only at the external surface, but also within the interior surface of the... read more
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Charge separation within a semiconductor plays a critical role in defining photocatalytic activity. Material modification methods including doping, co-catalyst addition and crystal facet manipulation have been used to promote electron/hole separation and improve photocatalytic activity.
In recently published article in ACS Catalysis, our researcher in collaboration with the Integrated Materials Design Centre, showed that light pre-treatment of Platinum loaded onto TiO2 nanoparticles can boost catalytic oxygen activation.
Rising levels of CO2 accumulation in the atmosphere has attracted considerable interest in technologies capable of CO2 capture, storage and conversion.
ZnO as semiconductor photocatalyst have received a lot more attention lately due to its higher electron mobility as well as charge diffusion coefficient compared to TiO2.
One of the common problem in using electrocatalyst in the CO2 reduction process is a trade-off between product selectivity and product generation rate, where Hydrogen evolution reaction (HER) and CO2RRR compete with each other.
In this recently published communication, our researchers report a novel hybrid energy harvesting-storage architecture consisting of anodic amorphous MoOx (a-MoOx) pseudocapacitive electrode monolithically integrated on the rear Al electrode of an industrial screen-printed Si soalr cell. The c-... read more
In collaboration with SA Water, Water Corporation (Western Australia) and Central Highlands Water, the researcher from PARTCAT group develop a chloroamine demand model which could be useful for both drinking water quality management and treatment plant operational management.