This paper presents an experimental study on employing a pellet form of catalyst in photo-reduction of carbon dioxide with water. Water was first absorbed into titania pellets. Highly purified carbon dioxide gas was then discharged into a reactor containing the wet pellets, which were then illuminated continuously for 65 hours using UVC lamps. Analysing the products accumulated in the reactor confirmed that methane and hydrogen were produced through photo-reduction of carbon dioxide with water. No other hydrocarbons were detected. Increasing the temperature in the reactor has showed little change on the amount of methane produced.Seng Sing Tan, Linda Zou, Eric H
[EN] In the context of developing renewable fuels for transportation based on Solar light ("Solar Fu...
The photocatalytic reduction of high pressure CO2 using Ti02 powders with a positive hole scavenger ...
Precious metal-titania materials make good catalysts for hydrogen production from a variety of organ...
This paper presents an experimental study on employing a pellet form of catalyst in photo-reduction ...
While researchers are trying to solve the world\u27s energy woes, hydrogen is becoming the key compo...
It has been shown that CO2 could be transformed into hydrocarbons when it is in contact with water v...
The mechanism of photocatalytic reduction of CO2 with H2O over Pt-TiO2 films produced by the sol-gel...
A new approach of heterogenous photocatalysis using titanium dioxide pellets was explored. It was fo...
Fossil fuels (coal, natural gas, crude oil) play an important role as an energy source and in the pr...
The production of hydrocarbon fuel, methanol (CH3OH) from the carbon dioxide (CO2) has been studied ...
Ti-SBA-15 was exposed to illumination in the presence of different gas mixtures containing CO or CO2...
Photolysis of CO2 at 185 nm using a Hg lamp in the presence of H-2 or H2O leads to the formation of ...
The photocatalytic production of H2 from water is seen as a promising way for the storage of solar l...
411-419Photocatalytic reduction of carbon dioxide has been investigated on three different titania ...
The photocatalytic reduction of CO2 was investigated using TiO2 powders in supercritical fluid CO2. ...
[EN] In the context of developing renewable fuels for transportation based on Solar light ("Solar Fu...
The photocatalytic reduction of high pressure CO2 using Ti02 powders with a positive hole scavenger ...
Precious metal-titania materials make good catalysts for hydrogen production from a variety of organ...
This paper presents an experimental study on employing a pellet form of catalyst in photo-reduction ...
While researchers are trying to solve the world\u27s energy woes, hydrogen is becoming the key compo...
It has been shown that CO2 could be transformed into hydrocarbons when it is in contact with water v...
The mechanism of photocatalytic reduction of CO2 with H2O over Pt-TiO2 films produced by the sol-gel...
A new approach of heterogenous photocatalysis using titanium dioxide pellets was explored. It was fo...
Fossil fuels (coal, natural gas, crude oil) play an important role as an energy source and in the pr...
The production of hydrocarbon fuel, methanol (CH3OH) from the carbon dioxide (CO2) has been studied ...
Ti-SBA-15 was exposed to illumination in the presence of different gas mixtures containing CO or CO2...
Photolysis of CO2 at 185 nm using a Hg lamp in the presence of H-2 or H2O leads to the formation of ...
The photocatalytic production of H2 from water is seen as a promising way for the storage of solar l...
411-419Photocatalytic reduction of carbon dioxide has been investigated on three different titania ...
The photocatalytic reduction of CO2 was investigated using TiO2 powders in supercritical fluid CO2. ...
[EN] In the context of developing renewable fuels for transportation based on Solar light ("Solar Fu...
The photocatalytic reduction of high pressure CO2 using Ti02 powders with a positive hole scavenger ...
Precious metal-titania materials make good catalysts for hydrogen production from a variety of organ...