A new photocatalytic system consisting of two subsystems e Cu0/Cl/H+/UVssr and CuII/H+/TiO2/formic acid/UVssr e is proposed as a tool to produce hydrogen by reforming an organic species. Formic acid is used as hole scavenger during the experimental runs. An experimental campaign is carried out to demonstrate that the systems can generate hydrogen and to assess how the generation rate depends upon experimental conditions such as copper and TiO2 loads, chloride and proton ions, and formic acid concentrations. A strong dependence of the Cu0/Cl/H+/UVssr subsystem reactivity upon copper load, chloride concentration and pH is observed. The investigation on the complete system, starting from zero-valent copper, indicates that the addition of TiO...
The photocatalytic production of hydrogen from water solutions has been thoroughly investigated in r...
Deposition of copper on titanium dioxide holds great promise in producing materials with high activi...
Cu2O is a promising low-cost semiconductor exhibiting a narrow band gap. The combination of p-type C...
A new photocatalytic system consisting of two subsystems e Cu0/Cl/H+/UVssr and CuII/H+/TiO2/formic a...
Hydrogen is the ideal candidate to fulfill the growing energy demand in a sustainable manner because...
An intense scientific activity was recorded during the last several years in the field of preparatio...
Hydrogen is the ideal candidate to fulfill the growing energy demand in a sustainable manner because...
Presently, hydrogen gas is produced by nuclear energy, combustion of fossil fuel and biomass. There...
The production of hydrogen by photocatalytic reforming of methanol and glycerol was investigated usi...
PubMed ID: 26807649The efficient gas phase photocatalytic hydrogenation of CO2 into a desirable rene...
In-depth characteristic studies with H₂ activity and theoretical calculations were used to reveal th...
Several studies have shown that combining TiO2 and Cu2O enhances the photocatalytic activity of the ...
© 2015 Elsevier B.V. In-depth characteristic studies with H2 activity and theoretical calculations w...
TiO2-Cu photocatalysts (1 wt.% Cu) containing different copper species have been prepared and used f...
Hydrogen production through the photoreforming of organic species using copper-modified TiO2 photoca...
The photocatalytic production of hydrogen from water solutions has been thoroughly investigated in r...
Deposition of copper on titanium dioxide holds great promise in producing materials with high activi...
Cu2O is a promising low-cost semiconductor exhibiting a narrow band gap. The combination of p-type C...
A new photocatalytic system consisting of two subsystems e Cu0/Cl/H+/UVssr and CuII/H+/TiO2/formic a...
Hydrogen is the ideal candidate to fulfill the growing energy demand in a sustainable manner because...
An intense scientific activity was recorded during the last several years in the field of preparatio...
Hydrogen is the ideal candidate to fulfill the growing energy demand in a sustainable manner because...
Presently, hydrogen gas is produced by nuclear energy, combustion of fossil fuel and biomass. There...
The production of hydrogen by photocatalytic reforming of methanol and glycerol was investigated usi...
PubMed ID: 26807649The efficient gas phase photocatalytic hydrogenation of CO2 into a desirable rene...
In-depth characteristic studies with H₂ activity and theoretical calculations were used to reveal th...
Several studies have shown that combining TiO2 and Cu2O enhances the photocatalytic activity of the ...
© 2015 Elsevier B.V. In-depth characteristic studies with H2 activity and theoretical calculations w...
TiO2-Cu photocatalysts (1 wt.% Cu) containing different copper species have been prepared and used f...
Hydrogen production through the photoreforming of organic species using copper-modified TiO2 photoca...
The photocatalytic production of hydrogen from water solutions has been thoroughly investigated in r...
Deposition of copper on titanium dioxide holds great promise in producing materials with high activi...
Cu2O is a promising low-cost semiconductor exhibiting a narrow band gap. The combination of p-type C...