The emission of Nitrogen Oxides is extremely harmful to the environment. Power plants play a large role in the production of Nitrogen Oxides and as such their emission levels are highly regulated. Because of this, we were tasked with creating a model of the emissions created when burning syngas for the power plants to use. To do this we used a high pressure chamber to simulate the conditions of a power plant. We burned varying types of syngas in the pressure chamber. As the syngas burned, we collected the emissions and analyzed them to create our model. My job was to create the temperature controller and the pressure reader to use in the chamber, which was successful
One of major concerns in gas turbine industry is to reduce emissions. Tow kind of approaches could ...
A model is presented to account for NO emissions due to both the thermal and the nitrous oxide pathw...
The rise in gas turbine combustion chamber temperatures requires optimal choices to be made with reg...
The regulations on how much different components can be emitted into the air tighten all the time. F...
Clean air legislation in the United States will continue to mandate reductions in the quantities of ...
Oxides of nitrogen (NOx), carbon monoxide (CO) and other combustion by-products of gas turbines have...
This paper summarizes the design application and results of a two year programme formulated primaril...
Nitrogen oxides are considered to be much more toxic than, for example, carbon monoxide. For this re...
Nitrogen oxides (NOx) is one of the harmful emissions from power plants. Efforts are made to reduce ...
Nitrogen oxides (NOx) are formed by oxidation of nitrogen during the combustion process, and product...
A ten-fold increase in global nitrogen oxide emissions since 1900 is mainly attributed to human acti...
Abstract Non-linear methods have been utilised in modelling the processes on a flue-gas oxygen-conte...
Combustion is a unique phenomenon in that it is used to control pollution and it is, at the same tim...
Nitrogen oxides (NOX) and sulfur oxides (SOX) are criteria air pollutants, emitted in large quantiti...
In this work has been developed a methodology to determine nitrogen oxides emissions (NOx) in steam ...
One of major concerns in gas turbine industry is to reduce emissions. Tow kind of approaches could ...
A model is presented to account for NO emissions due to both the thermal and the nitrous oxide pathw...
The rise in gas turbine combustion chamber temperatures requires optimal choices to be made with reg...
The regulations on how much different components can be emitted into the air tighten all the time. F...
Clean air legislation in the United States will continue to mandate reductions in the quantities of ...
Oxides of nitrogen (NOx), carbon monoxide (CO) and other combustion by-products of gas turbines have...
This paper summarizes the design application and results of a two year programme formulated primaril...
Nitrogen oxides are considered to be much more toxic than, for example, carbon monoxide. For this re...
Nitrogen oxides (NOx) is one of the harmful emissions from power plants. Efforts are made to reduce ...
Nitrogen oxides (NOx) are formed by oxidation of nitrogen during the combustion process, and product...
A ten-fold increase in global nitrogen oxide emissions since 1900 is mainly attributed to human acti...
Abstract Non-linear methods have been utilised in modelling the processes on a flue-gas oxygen-conte...
Combustion is a unique phenomenon in that it is used to control pollution and it is, at the same tim...
Nitrogen oxides (NOX) and sulfur oxides (SOX) are criteria air pollutants, emitted in large quantiti...
In this work has been developed a methodology to determine nitrogen oxides emissions (NOx) in steam ...
One of major concerns in gas turbine industry is to reduce emissions. Tow kind of approaches could ...
A model is presented to account for NO emissions due to both the thermal and the nitrous oxide pathw...
The rise in gas turbine combustion chamber temperatures requires optimal choices to be made with reg...