Add to ORKGSulfur removal from gas streams is a key process in producing high purity H2 from fossil fuel for PEM fuel cells. Since only a small amount of H2S is present in the fuel gas streams, the most effective and promising desulfurization approach is the direct oxidation of H2S to sulfur by using highly selective oxidation catalysts. The reaction, OH
In the Boreskov Institute of Catalysis in cooperation with specialists of All-Russian Institute of H...
Hydrogen, for fuel cell applications, can be produced on-board or on-site, from a wide variety of so...
Activated carbon adsorption is a most promising technology for reducing mercury emissions from coal-...
Sulfur removal from gas streams is a key process in producing high purity H2 from fossil fuel for PE...
The use of activated carbon as a catalyst for selective partial oxidation of hydrogen sulfide (H2S) ...
The development of low cost, highly efficient, desulfurization technology with integrated sulfur rec...
• Develop and optimize an oxidative process to reduce sulfur levels to the parts per billion range ...
Hydrogen sulphide is an environmentally hazardous gas which is present in many gas streams associate...
Catalysts for selective oxidation and selective reduction of H2S and SO2 to elemental sulfur were de...
In order to obtain a non-corrosive fuel gas (syngas), which is derived from coal by Integrated Gasif...
Activated carbon (AC) has the advantage of multi-pollutant control with a high removal efficiency fo...
The catalytic oxidation of hydrogen sulfide into sulfur with molecular oxygen has been studied in th...
Hydrogen production from gaseous fuels, such as natural or liquefied petroleum gas, for fuel cell ap...
This study is related to the selective catalytic oxidation of H2S in the presence of excess water an...
The removal of hydrogen sulfide from natural, industrial of bio gas is an operation that is frequent...
In the Boreskov Institute of Catalysis in cooperation with specialists of All-Russian Institute of H...
Hydrogen, for fuel cell applications, can be produced on-board or on-site, from a wide variety of so...
Activated carbon adsorption is a most promising technology for reducing mercury emissions from coal-...
Sulfur removal from gas streams is a key process in producing high purity H2 from fossil fuel for PE...
The use of activated carbon as a catalyst for selective partial oxidation of hydrogen sulfide (H2S) ...
The development of low cost, highly efficient, desulfurization technology with integrated sulfur rec...
• Develop and optimize an oxidative process to reduce sulfur levels to the parts per billion range ...
Hydrogen sulphide is an environmentally hazardous gas which is present in many gas streams associate...
Catalysts for selective oxidation and selective reduction of H2S and SO2 to elemental sulfur were de...
In order to obtain a non-corrosive fuel gas (syngas), which is derived from coal by Integrated Gasif...
Activated carbon (AC) has the advantage of multi-pollutant control with a high removal efficiency fo...
The catalytic oxidation of hydrogen sulfide into sulfur with molecular oxygen has been studied in th...
Hydrogen production from gaseous fuels, such as natural or liquefied petroleum gas, for fuel cell ap...
This study is related to the selective catalytic oxidation of H2S in the presence of excess water an...
The removal of hydrogen sulfide from natural, industrial of bio gas is an operation that is frequent...
In the Boreskov Institute of Catalysis in cooperation with specialists of All-Russian Institute of H...
Hydrogen, for fuel cell applications, can be produced on-board or on-site, from a wide variety of so...
Activated carbon adsorption is a most promising technology for reducing mercury emissions from coal-...