| Title |
Biokuro degimo metu susidarančių teršalų emisijų mažinimas / |
| Translation of Title |
Reduction of pollutant emissions from biofuel combustion. |
| Authors |
Jurgelevičius, Vilius |
| Full Text |
|
| Pages |
50 |
| Keywords [eng] |
nitrogen oxides ; selective non-catalytic reduction ; biofuel |
| Abstract [eng] |
The need to find economic ways of reducing pollution has only grown since tightening of strict environmental protection laws that was passed by the European Union. Main reasons for these acts were fuel consuming equipment overuse and high gas emission rates. One of the economic solutions to this matter is cleaning smoke with selective non-catalytic reduction of it. This technology is highly beneficial, because you can install it in an already operating boiling room, with no large expenditure. The goal of this paper is to do a study on this secondary nitrogen oxide disposal implement - selective non-catalytic treatment. The fundamentals of this method is spraying reagent such as ammonia or urea to exhaust gases that are mixed with NOx in a specific reaction promoting temperature. After merging the emissions with these reagents, the nitrogen oxides divide to water and nitrogen molecules. In the first part of this master ‘s graduation project is an analyzation of the legal act regulating emission amounts being released to the atmosphere also a review of Lithuania’s position in this specific field, and how it could be improved. In addition to this there is also an overview of the nitrogen oxides formation process, what are the types of them and how are they being reduced worldwide. The second part of this assignment talks over biofuel boilers and provides technical description of its components that are used in these experiments. The third portion of this work shows all the results and conclusions that were attained during experimentation process. Last part of the writing is to mention all the sources and bibliography used through this thesis. |
| Dissertation Institution |
Kauno technologijos universitetas. |
| Type |
Master thesis |
| Language |
Lithuanian |
| Publication date |
2020 |
