Novel transition metal phosphates (TMPs) - enhanced catalyst for electrochemical water splitting by Afrina Zaidi

“…As the world moves toward a hydrogen economy and environmental sustainability, an effective and cost-effective electrocatalyst for hydrogen evolution reaction (HER) in electrochemical water splitting becomes increasingly important. We researched and synthesised an optimum metal phosphate with model stoichiometric ratio of Cobalt (Co) and Molybdenum (Mo) components to improve HER performance in this paper. …”
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Development of FTO inverse opal structural-based photoanodes for photoelectrochemical water splitting applications by Ng, Shi Yun

“…However, since solar energy is inconsistent due to geological differences, photoelectrochemical (PEC) water splitting were introduced to split water molecules into hydrogen and oxygen via the absorption of sunlight, where the former is stored as chemical fuels that can be transported or used upon demand. …”
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Fabrication of ~15nm noble metal HEA electrocatalyst by method of ALD and EJH for water-splitting by Quek, Zheng Yi

“…Electrocatalysts are key to improving the efficiency of water-splitting which is one of the main methods of producing hydrogen. …”
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Fabrication of MoS2/Al-doped ZnO core/shell inverse opal structure for water splitting by See Toh, Gerald Keat Hung

“…A photonic crystal is a suitable structure for water splitting application. It works by the cancellation of a range of wavelength due to its long-range ordered structure. …”
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Surface treatment study of hematite photoanode with atomic layer deposited zirconium(IV) oxide ultrathin film for water splitting applications by Low, Shu Han

“…This project sought to study the effect of enhancing photoelectrochemical cell (PEC) performance for water splitting applications through atomic layer deposition (ALD) surface treatment of ZrO2 on hematite photoanode. …”
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Fabrication of few layers of MoS2 coated TiO2 inverse opals by Tuang, Shu Ting

“…This project sought to study the effect of enhancing photochemical water splitting using both CuS and MoS2 precursors as coatings on TiO2 inverse opal nanostructures. …”
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Hierarchical nanostructures incorporated with different enhancement strategies for improved photoelectrochemical performance by Wang, Zhiwei

“…Photoelectrochemical (PEC) water splitting makes it possible to harvest solar energy and then convert it to storable hydrogen fuel in a one-step reaction. …”
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Highly active bimetallic noble metal alloys electrocatalyst by Ong, Su-Ann

“…As Hydrogen fuel is looking to be a strong contender for an alternative source of fuel in the future, an efficient catalyst has to be found to aid in the water splitting process. In this report, thin film electrocatalysts of Rh, Rh-Pt and Rh-Ir were fabricated by using Atomic Layer Deposition (ALD) on a glassy carbon (GCE) substrate. …”
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