The carbon dioxide (CO 2) conversion to useful chemicals is a promising technique to
address global environmental issues and ensure a renewable energy supply. Despite the …

Substantial attention has been paid over recent years to explore potential high performance
photocatalysts for environmental and energy applications. Metal tungstate-based materials …

The emission of carbon dioxide (CO2) induced by the widespread use of fossil fuels has
caused global warming and climate issues. Photocatalytic CO2 reduction technology, which …

Immense interest has been expressed in the efficient conversion of solar to chemical energy
using promising semiconductor-based photocatalysts, seen as a prospective solution for …

Photocatalytic conversion of carbon dioxide (CO 2) into value-added chemicals over
ceramic photocatalysts has presently regarded as an eco-friendly and workable approach …

The wide range of possible uses of nanocomposite based on metal nanoparticles and
polymer-based nanomaterials in many sectors of materials science has drawn more and …

In this study, we utilized Agaricaceae, or mushrooms, as the carbon source for the
hydrothermal production of multifunctional carbon dots (MCDs). The MCDs showed …

One of the main gases that contribute to the greenhouse effect is carbon dioxide (CO 2),
which is also an important industrial resource. The reduction of CO 2 through a chemical …

Catalyst, solvent and process parameters are the keys for the selective oxidation of styrene
and other olefins to value added intermediates. Hence MnWO4 was synthesized by the one …

In this study, a series of KFeO2–BiVO4 nanocomposites with different KFeO2 contents have
been prepared by a simple hydrothermal method and used as photocatalyst in the …