273 Combustion Kinetics and Emissions I


Description:
This session focuses on formation of pollutants, e.g. nitrogen oxides, sulfur oxides, trace metals and soot, during combustion as well as mitigation of pollutants. Technical presentations will include experimental and modeling studies of combustion processes such as oxy-combustion, gas turbine combustion etc. Topics covered will include, but not limited to, kinetics of pollutant formation, measurements of pollutants, developing new models to predict pollutant chemistry and emissions. Pollutants formed from various fuels, e.g. coal, natural gas, syngas and biomass will be of interest.

Sponsor:
Catalysis and Reaction Engineering Division
Co-Sponsor(s):
Advances in Fossil Energy R&D (TE), Environmental Division (09), Fossil Fuels & CCS (T4G)


Chair:
Bihter Padak
Assistant Professor
University of South Carolina
Chemical Engineering
541 Main St. Horizon I, Room 140
Columbia, SC
29208
Email: padak@cec.sc.edu

Co-Chair:
Erdem Sasmaz
Research Assist. Prof.
University of South Carolina
Chemical Engineering
541 Main Street
Columbia, SC
29201
Email: sasmaz@cec.sc.edu


Papers:
273a
Implications of High Accuracy Thermochemical Kinetics for H + CH3 (+M) ⇄ CH4 (+M) on Combustion Models
Nicole Labbe, Argonne National Laboratory; Ahren Jasper, Argonne National Laboratory; Raghu Sivaramakrishnan, Argonne National Laboratory; Stephen J. Klippenstein, Argonne National Laboratory; James A. Miller, Argonne National Laboratory; Branko Ruscic, Argonne National Laboratory
273b
Estimation of Thermodynamic Properties of Polycyclic Molecules By a Linear Regression Model
YI-PEI LI, Massachusetts Institute of Technology; Kehang Han, Massachusetts Institute of Technology; William H. Green, Massachusetts Institute of Technology
273c
Hydrogen Binding Versus Dissociation during Soot Formation: Insights from Reactive Molecular Dynamics
Eirini Goudeli, University of Minnesota; Christopher J. Hogan Jr., University of Minnesota
273d
Effect of Composition Variation of Syngas Mixtures on NOx Formation at High Pressure
Nazli Asgari, University of South Carolina; Bihter Padak, University of South Carolina
273e
Numerical Modelling of Industrial Burners for Reduction of NOx Emissions Using Flamelet Methods in Combination with a Newly Developed Postprocessor for Fast and Accurate Emission Prediction
Werner Rudolf Pollhammer, K1-MET GmbH; Christoph Spijker, Montanuniversitaet Leoben; Harald Raupenstrauch, Montanuniversitaet Leoben; Michael Koller, Ebner Industrieofenbau
273f
A CFD Model-Based Optimization of a Low NOx Burner in Integrated Process System
Mohsen Behnam, Nuvera Fuel Cells; Paul Gaffuri, Nuvera Fuel Cells; Jordan Mcginty, Nuvera Fuel Cells; Zhijiang Li, Nuvera Fuel Cells
273g
Mapping the Stable Region of Operation of Homogenously Charged Compression Ignition (HCCI) Engine for Methane and DMF Fuel Blend
Gokul Venugopalan, Anna University; Pratheeba Chanda Nagarajan, IIT Madras; Arunagiri P, Anna University
Abstract Submissions Closed
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