Ecofriendly and eminently efficient visible-light driven catalysts for water splitting and dye removal are of great interest due to its exceptional properties. Designing a visible light active catalysts will be a notable and green research as significant amount of solar radiation constitute of visible light. In this work, we demonstrated a quick and facile solvent free synthesis approach to develop nanostructured MoS2/S doped TiO2 hybrids as a potential catalyst for water splitting and dye removal applications. The method employed in this study contributes to a cost- effective large scale production of visible light driven photocatalyst .The dye removal and hydrogen production for these nanohybrids exhibited an enhanced performance compared to MoS2 and TiO2 individually

Solvent free synthesis of nanostructured MoS2/S-Tio2 photocatalysts for visible light driven water splitting and dye removal

253rd National Meeting (2017)

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