The current study undertakes the development, experimental testing and performance
evaluation of a new photoelectrochemical reactor for green hydrogen production. The …

In this study, novel titanate nanosheets/gC 3 N 4 (TNS/CN) and titanate nanosheets/sulfur-
doped gC 3 N 4 (TNS/SCN) heterojunctions were successfully fabricated by the in-situ …

This study reports the effect of the Ti source (Ti foil or TiO 2 thin layer) and NaOH
concentration on the growth of sodium titanate nanostructures via hydrothermal treatment to …

This study provided the preparation and application of a highly efficient photoanode having
dense and efficient sodium titanate (NTO) nanorods decorated with CdS nanoparticles. The …

In the scope of this study, a new photoelectrochemical (PEC) reactor, comprising a novel
geometry for effective absorption of sunlight, is developed conceptually, and tested and …

The electrodeposition process and the subsequent assessment of a novel cuprous oxide
photocathode are conducted for solar light-based hydrogen production. The mesh dome …

Herein, pH mediated in-situ formation, stabilization, exfoliation of layered titanate has been
explored for various types of exfoliation of the stacked layered titanate (H 2 Ti 2 O 5· H 2 O) …

Both electrodeposition and performance assessment of new photocathode design are
carried out using cuprous oxide for solar hydrogen production. The maximum delivered light …

A unique meshy dome-type photoanode design is investigated to utilize the available light at
any angle of the sunbeams during daytime due to its specific configuration. The …

The widespread presence of organic dyes in industrial waste-waters from the paper, textile
and apparel industries results in substantial environmental contamination. Carcinogenic and …