Application of non-thermal plasma for gas cleaning is gaining prominence in the recent years. Normally, the gas treatment was carried out at or above room temperature, by the dry type plasma reactor. However, this treatment is still inadequate in the removal of certain stable gases present in the flue gas mixture. We propose the non-thermal plasma process at very low temperature, and report here some interesting results of treatment of NO or N2O with pulsed plasma below — 100°C ambient temperature. Direct methanol synthesis from CH4 and CO2 at very low temperature is also reported. A comparative analysis of the various tests are presented together with a note on the energy consideratio
Non-thermal plasma (NTP) has been introduced over the past several years as a promising method for n...
A non-thermal, atmospheric pressure plasma has been used to study the formation of NOx, by enhancing...
For more than two decades, interest in gas-phase pollution control has greatly increased, arising fr...
Application of non-thermal plasma for gas cleaning is gaining prominence in the recent years. Normal...
Application of non-thermal plasma for gas cleaning is gaining prominence in the recent years. Normal...
Application of pulsed plasma for gas cleaning is gaining prominence in recent years mainly from the ...
Non-thermal plasma processing is an emerging technology for the abatement of volatile organic compou...
Nowadays, global warming is the main environmental problems all over the world. The air pollutants m...
Gasification is considered as an efficient way to utilize biomass as an energy source or for fuel pr...
The focus of this work was to develop a hybrid plasma at atmospheric pressure, which we have deemed ...
Abstract: Treatment of NOx in diesel engine exhaust represents a big opportunity for the environment...
The interest in natural gas utilization has increased tremendously over the last decade. Natural gas...
Removal of nitrogen oxides using a nonthermal plasma process (dielectric barrier discharge) combined...
Synthesis of methanol using pulsed discharge plasma process is gaining significance. We report the p...
For the past few years, Lawrence Livermore National Laboratory has been conducting a comprehensive r...
Non-thermal plasma (NTP) has been introduced over the past several years as a promising method for n...
A non-thermal, atmospheric pressure plasma has been used to study the formation of NOx, by enhancing...
For more than two decades, interest in gas-phase pollution control has greatly increased, arising fr...
Application of non-thermal plasma for gas cleaning is gaining prominence in the recent years. Normal...
Application of non-thermal plasma for gas cleaning is gaining prominence in the recent years. Normal...
Application of pulsed plasma for gas cleaning is gaining prominence in recent years mainly from the ...
Non-thermal plasma processing is an emerging technology for the abatement of volatile organic compou...
Nowadays, global warming is the main environmental problems all over the world. The air pollutants m...
Gasification is considered as an efficient way to utilize biomass as an energy source or for fuel pr...
The focus of this work was to develop a hybrid plasma at atmospheric pressure, which we have deemed ...
Abstract: Treatment of NOx in diesel engine exhaust represents a big opportunity for the environment...
The interest in natural gas utilization has increased tremendously over the last decade. Natural gas...
Removal of nitrogen oxides using a nonthermal plasma process (dielectric barrier discharge) combined...
Synthesis of methanol using pulsed discharge plasma process is gaining significance. We report the p...
For the past few years, Lawrence Livermore National Laboratory has been conducting a comprehensive r...
Non-thermal plasma (NTP) has been introduced over the past several years as a promising method for n...
A non-thermal, atmospheric pressure plasma has been used to study the formation of NOx, by enhancing...
For more than two decades, interest in gas-phase pollution control has greatly increased, arising fr...