Friday, 4 November 2005: 12:30 PM-3:00 PM
Pavilion A (Millennium Hotel)

Process Development Division (12)

#599 - Debottlenecking of Manufacturing Processes (12007)
Debottlenecking chemical processes is necessary to sustain cost effective production and manage capacity in an ever changing marketplace. This session seeks systematic methodologies/technologies that facilitate the analysis of system interconnections and interaction of processing units, the identification of inefficiencies, and the reduction of the bottlenecks in plant design and operation. Applications of the methodology and technology include, but not limited to, the critical processes or equipment (e.g., reactors and energy-based or mass-separating-agent-based separation units), as well as utility systems (e.g., furnaces and boilers).
CoChair:Randy Esposito
Chair:Helen H. Lou
12:30 PM599aAvoiding Process over-Control and Process Plant Debottlenecking
Jonathan H. Worstell
12:50 PM599bEstimating the Capacity of Simple Batch Processes
James L. Manganaro
1:10 PM599cNon-Isothermal Reactor Network Synthesis through Ideas
Wen Zhou, Vasilios I. Manousiouthakis
1:30 PM599dOptimized Heat and Power Exchange Network in Ethanol-Water Pressure Swing Distillation
Xinqun Huang, Lealon L. Martin
1:50 PM599eUse of Computational Fluid Dynamics for Catalyst Deactivation at Commercial Plants
Sue Degaleesan, Janine A. Toner, Jonathan H. Worstell
2:10 PM599fSynergy Analysis of Collaborative Supply Chain Management in Energy Systems Using Multi-Period Milp
Metin Turkay, Ahu Soylu, Kaoru Fujita
2:30 PM599gCastable Coating Experiment in the Primary Reformer to Avoid Fouling in the Convection Section Coils
Sukardi Pawiradikrama, Hari Triwidodo
Sponsor:Process Development Division
Cosponsors:Computing and Systems Technology Division

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