Description
Biodiesel has diverse sources of feedstock and the amount and composition of its emissions vary significantly depending on combustion conditions. Results of laboratory and field tests reveal that nitrogen oxides (NOx) and particulate matter (PM) emissions from biodiesel are influenced more by combustion conditions than emissions from regular diesel. Therefore, NOx and PM emissions documented through experiments and modeling studies are the primary focus of this investigation. In addition, a comprehensive analysis of the feedstock-related combustion characteristics and pollutants are investigated. Research findings verify that the oxygen contents, the degree of unsaturation, and the size of the fatty acids in biodiesel are the most important factors that determine the amounts and compositions of NOx and PM emissions.
Publication Date
8-2016
Publication Type
Report
Topic
Sustainable Transportation and Land Use
MTI Project
1245
Mineta Transportation Institute URL
Keywords
Biodiesel feedstocks, combustion, particulate matter, nitrogen oxides, modeling analysis
Disciplines
Transportation
Recommended Citation
Ashok Kumar, Dong-Shik Kim, Hamid Omidvarborna, Manideep Yarlagadda, Sudheer Kumar Kuppili, and Nader Sawtarie. "Experimental Modeling of NOx and PM Generation from Combustion of Various Biodiesel Blends for Urban Transport Buses" Mineta Transportation Institute (2016).
Research Brief
