Green hydrogen, produced using solar energy, is a promising means of reducing
greenhouse gas emissions. Photoelectrochemical (PEC) water splitting devices can …

Photo-electrochemical and photocatalytic technologies are promising solutions for solar fuel
production and involve a number of physical and chemical phenomena. We provide an …

The experimental behaviour of photoelectrochemical materials illuminated under high
irradiance conditions> 100 kW m− 2 has not been studied despite being potentially …

The need for novel water treatment technologies has been recently recognised as
concerning contaminants (organics and pathogens) are resilient to standard technologies …

A multiphysics model was developed for a photoelectrochemical (PEC) cell at the device
level to simulate water splitting operating under concentrated irradiation (between 50 to 600 …

Photoelectrodes enable simultaneous light absorption and catalysis of water splitting
reactions. Their performance is established using electrochemical characterisation methods …

Semiconductors are the workhorse material of solar cells for the conversion of solar energy
into electrical current. Similarly, catalysts play a major role in the electrochemical water …

Multiple discs coated with hierarchically-organized TiO2 anatase nanotubes served as
photoelectrodes in a novel annular photoelectrocatalytic reactor. Electrochemical …

The electrochemical properties of photoelectrodes must be measured accurately and
precisely to enable better comparisons between different materials. Along with the flat band …

A scalable process for fabrication of particle‐based photoanodes is developed. The
electrodes are versatilely made of photocatalytically active semiconductor particles, in this …