A comparative study of iron-cobalt and iron-manganese catalysts of neutralization of NOx, CO, and propane in mixtures with various oxygen and water vapor contents was performed. The iron-manganese catalyst was shown to ensure more complete removal of toxic components
This review presents the technical possibilities of removing traces of oxygen in process gases. The ...
Contribution of emissions from small engines to the air pollution is significant. Due to differences...
A novel mixed oxide catalyst synthesized via the co-precipitation technique for the effective abatem...
A comparative study of iron-cobalt and iron-manganese catalysts of neutralization of NOx, CO, and pr...
The object of research is the processes of obtaining magnetite particles by the method of chemical c...
The object of research is the processes of obtaining magnetite particles by the method of chemical c...
Research in the field of NOx abatement has grown significantly in the past two decades. The genera...
Research in the field of NOx abatement has grown significantly in the past two decades. The general ...
International audienceOxyfuel combustion is a promising technology to produce a CO2-rich flue gas re...
The performances of a non-noble metal (catalyst A), a non-noble metal catalyst containing a smaller ...
ABSTRACT: This thesis deal with the environmental problem of the toxic emissions of dioxins, furans ...
The effect of the metal for the oxygen reduction reaction (ORR) in acid medium with non-precious met...
Oxyfuel combustion is a promising technology to produce CO2 rich effluents. Nevertheless, storage as...
Abstract. The possibility to reduce NOx and CO emissions from gas burning boilers using metal cataly...
NOx emission reduction in diesel engines can be achieved by using catalytic reactors reducing nitrog...
This review presents the technical possibilities of removing traces of oxygen in process gases. The ...
Contribution of emissions from small engines to the air pollution is significant. Due to differences...
A novel mixed oxide catalyst synthesized via the co-precipitation technique for the effective abatem...
A comparative study of iron-cobalt and iron-manganese catalysts of neutralization of NOx, CO, and pr...
The object of research is the processes of obtaining magnetite particles by the method of chemical c...
The object of research is the processes of obtaining magnetite particles by the method of chemical c...
Research in the field of NOx abatement has grown significantly in the past two decades. The genera...
Research in the field of NOx abatement has grown significantly in the past two decades. The general ...
International audienceOxyfuel combustion is a promising technology to produce a CO2-rich flue gas re...
The performances of a non-noble metal (catalyst A), a non-noble metal catalyst containing a smaller ...
ABSTRACT: This thesis deal with the environmental problem of the toxic emissions of dioxins, furans ...
The effect of the metal for the oxygen reduction reaction (ORR) in acid medium with non-precious met...
Oxyfuel combustion is a promising technology to produce CO2 rich effluents. Nevertheless, storage as...
Abstract. The possibility to reduce NOx and CO emissions from gas burning boilers using metal cataly...
NOx emission reduction in diesel engines can be achieved by using catalytic reactors reducing nitrog...
This review presents the technical possibilities of removing traces of oxygen in process gases. The ...
Contribution of emissions from small engines to the air pollution is significant. Due to differences...
A novel mixed oxide catalyst synthesized via the co-precipitation technique for the effective abatem...