173 Reaction Chemistry and Engineering I


Description:
This session aims to present reaction engineering papers focused on (1) reaction mechanism and kinetics, (2) reaction analysis and monitoring, (3) catalytic reactions , (4) multiphase and new reactor technology.

Sponsor:
Catalysis and Reaction Engineering Division


Chair:
Heather Mayes
Assistant Professor
University of Michigan
Ann Arbor
Email: hbmayes@umich.edu

Co-Chair:
Milad Abolhasani
Assistant Professor
North Carolina State University
Department of Chemical and Biomolecular Engineering
77 Massachusetts Avenue
Raleigh, NC
02139
Phone Number: 9195158935
Email: abolhasani@ncsu.edu


Papers:
173a
Solvent Reaction Coordinate for an SN2 Reaction
Christian Leitold, University of California Santa Barbara; Christopher J. Mundy, Pacific Northwest National Laboratory; Marcel D. Baer, Pacific Northwest National Laboratory; Gregory K. Schenter, Pacific Northwest National Laboratory; Baron Peters, University of California Santa Barbara
173b
Importance of Simultaneous Reduction of Gas and Surface Mechanisms in Capturing Dominant Kinetic Features
Devi Veerappan, Indian Institute of Technology- Madras; Karthik Ramanathan, Applied Materials India Pvt. Ltd; Niket S. Kaisare, Indian Institute of Technology-Madras
173c
A Kinetic Study of the Ethylene Oligomerization over a Nibea Catalyst
Gabriel Seufitelli, University of Washington; Fernando Resende, University of Washington
173d
Evaluation of the Thermal Decomposition Products of 2-Nitrotoluene
Wen Zhu, Texas A&M University; Chad Mashuga, Texas A&M University
173e
Modeling of Fast Cycling NOx Storage and Reduction – Effect of Reductants, Thermal Effect, and HC-Intermediate Mechanism
Allen Wei-Lun Ting, Caterpillar; Michael Harold, University of Houston; Vemuri Balakotaiah, University of Houston
173f
Study on the Competitiveness of Homogeneous Molecular Catalysis for the Continuous Valorization of CO2 in Organic Solvents
Johann-Kilian Schnoor, RWTH Aachen University; Marcel A. Liauw, RWTH Aachen University
173g
Investigating the Effect of Acids and Halides on Direct Synthesis of Hydrogen Peroxide
Pranjali Priyadarshini, University of Illinois, Urbana-Champaign; David W. Flaherty, University of Illinois, Urbana-Champaign
Abstract Submissions Closed
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