From antiquity, water has been a source of cooling, lubrication, and power for energy transfer devices. More recent applications in gas turbines demonstrate an added facet, emissions control. Fogging gas turbine inlets or direct injection of water into gas turbine combustors, decreases NOx and increases power. Herein we demonstrate that injection of water into the air upstream of the combustor reduces NOx by factors up to three in a natural gas fueled Trapped Vortex Combustor (TVC) and up to two in a liquid JP-8 fueled (TVC) for a range in water/fuel and fuel/air ratios
With the self-designed computer code, numerical analysis and performance evaluations of simple, open...
Due to the stringent emission requirements for a more sustainable transport, the efforts of the scie...
Following the stringent emission legislation in the major automotive markets, the downsized boosted ...
Aircraft NOₓ emissions form as a result of high-temperature combustion in the engine, and they lead ...
The global rising demand for civil air travel shows good prospects for the industry, however, this g...
Tests were conducted to determine the effect of water injection on oxides of nitrogen (NOx) emission...
When it comes to gas turbines, their main problem concerning pollutant emissions is represented by n...
The effect of direct water injection on the exhaust gas emissions of a turbojet combustor burning na...
NO(x) emission control by water injection on a staged turbine combustor (STC) was modeled using the ...
NO(x) emission control by water injection on a staged turbine combustor (STC) was modeled using the ...
This paper discusses a method of the nitrogen oxides (NOx) emission reduction through the injection ...
Due to increasing emissions in the 21st century, aviation industry faces a rising pressure to reduc...
Gas turbine Nitrogen Oxide (NOx) emissions are directly proportional to combustion temperature. Thes...
There are many methods to decrease the nitrogen oxide emissions of a diesel engine. One promising me...
Following the stringent emission legislation in the major automotive markets, the downsized boosted ...
With the self-designed computer code, numerical analysis and performance evaluations of simple, open...
Due to the stringent emission requirements for a more sustainable transport, the efforts of the scie...
Following the stringent emission legislation in the major automotive markets, the downsized boosted ...
Aircraft NOₓ emissions form as a result of high-temperature combustion in the engine, and they lead ...
The global rising demand for civil air travel shows good prospects for the industry, however, this g...
Tests were conducted to determine the effect of water injection on oxides of nitrogen (NOx) emission...
When it comes to gas turbines, their main problem concerning pollutant emissions is represented by n...
The effect of direct water injection on the exhaust gas emissions of a turbojet combustor burning na...
NO(x) emission control by water injection on a staged turbine combustor (STC) was modeled using the ...
NO(x) emission control by water injection on a staged turbine combustor (STC) was modeled using the ...
This paper discusses a method of the nitrogen oxides (NOx) emission reduction through the injection ...
Due to increasing emissions in the 21st century, aviation industry faces a rising pressure to reduc...
Gas turbine Nitrogen Oxide (NOx) emissions are directly proportional to combustion temperature. Thes...
There are many methods to decrease the nitrogen oxide emissions of a diesel engine. One promising me...
Following the stringent emission legislation in the major automotive markets, the downsized boosted ...
With the self-designed computer code, numerical analysis and performance evaluations of simple, open...
Due to the stringent emission requirements for a more sustainable transport, the efforts of the scie...
Following the stringent emission legislation in the major automotive markets, the downsized boosted ...