View Entire Presentation Schedule by Date

Download PDF Schedules: Keynotes & Orals - Posters

Last Minute Room Changes
The room assignments have changed slightly from what is listed here and in the program books.
Please use this chart to translate to the correct room:
Room 1 is now Room 2
Room 2 is now Room 7
Room 3 is now Room 3
Room 4 is now Room 4
Room 5 is now Room 5
Room 6 is now Room 1
Room 7 is now Room 6

Abstracts by Session:

1 - High Throughput Catalysis - Orals & Keynotes - Posters
2 - Novel Catalyst Characterization Techniques - Orals & Keynotes - Posters
3 - New Catalytic materials and Supports - Orals & Keynotes - Posters
4 - Catalytic Technology for Protection of the Environment - Orals & Keynotes - Posters
5 - Catalyst Deactivation, Regeneration and Disposition - Orals & Keynotes - Posters
6 - Syngas Conversion - Orals & Keynotes - Posters
7 - Hydroprocessing - Orals & Keynotes - Posters
8 - Heavy Feed Conversion - Orals & Keynotes - Posters
9 - Catalysis for Chemicals and Specialty Products - Orals & Keynotes - Posters
10 - Homogeneous Catalysis - Orals & Keynotes - Posters
11 - Acid/Base Catalysis - Orals & Keynotes - Posters
12 - Hydrogen and Syngas Generation from Hydrocarbons - Orals & Keynotes - Posters
13 - Novel Catalyst Synthesis Methods - Orals & Keynotes - Posters
14 - Fuel Cells - Orals & Keynotes - Posters
15 - Novel Reactors - Orals & Keynotes - Posters
16 - Special Symposium in Honor of Heinz Heinemann - Tuesday June 19th

Abstracts by Presentation Date - Click Here

Author Index - Click Here

Houdry Award Lecture
Dr. Stacey I. Zones
Chevron Texaco
View Abstract

Emmett Award Lecture
Prof Robert J. Davis
U. Virginia
View Abstract

Boudart Award Lecture
Prof Alex T. Bell
UC Berkeley
View Abstract

Plenary Lecture
Prof. Robert H. Grubbs - California Institute of Technology
Design and applications of olefin metathesis catalysts.
Rutheniun based olefin metathesis catalysts are starting to see use in a variety of applications. Metathesis catalysts can be used to prepare precise polymers as well as to synthesize highly functionalized bioactive agents. The key to these applications are catalysts that have the appropriate initiation rates, stabilities and selectivities. Appropriate ligand designs have allowed significant progress toward the preparation of catalysts that will promote important metathesis transformations.

Plenary Lecture
Dr. Theo Fleisch - BP
The new syngas conversion business: opportunities and challenges

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