32 Hybrid Separation Processes


Description:
The study of hybrid separation technology is gaining momentum in developing more sustainable and economical processes. For example, the combination of distillation with membrane separation (such as n-C4 from i-C4) lowers energy consumption and improves yields and qualities of distillation cuts. Processes that integrate technologies from all separation areas are welcome. The key objective of this session is to invite presentations addressing improved efficiency and decreased equipment sizes and weight by applying hybrid separation technology. Experimental and simulation studies are welcome.

Sponsor:
General Topics and Other Methods


Chair:
Joshua A. Thompson
Research Engineer
Chevron Energy Technology Company
Richmond, CA
Email: Joshua.Thompson@chevron.com

Co-Chair:
Ryan Lively
Assistant Professor
Georgia Institute of Technology
School of Chemical & Biomolecular Engineering
778 Atlantic Dr. NW
Atlanta, GA
30332
Email: ryan.lively@chbe.gatech.edu


Papers:
32a
A Systematic Approach for Membrane-Based Hybrid Separation Network Synthesis
Salih E. Demirel, Texas A&M University; Jianping Li, Texas A&M University; M. M. Faruque Hasan, Texas A&M University
32b
Immobilised Solvent Systems: Evaluating the Potential of High Surface Area Membrane/Solvent Hybrid Sorbent Materials
Thomas Moore, The University of Melbourne; Kathryn A. Mumford, The University of Melbourne; Geoffery W. Stevens, The University of Melbourne; Paul A. Webley, The University of Melbourne
32c
A Synthesis Framework for Hybrid Separation Sequences Based on Reduced Directed Graph Superstructure
Yang Yang, Dalian University of Technology; Xiong Zou, Dalian University of Technology; Haotian Ye, Dalian University of Technology; Weixuan Zhu, Dalian University of Technology; Chongming Gao, Dalian University of Technology; Hong-guang Dong, Dalian University of Technology
32d
Biochar Porous Material for Water Purification through Shock Electrodialysis
Paula A. Montes, Universidad de Tucumán; Camila Antunez, Universidad de Tucumán; R. Matias Trujillo, LAMEIN, Departamento de Bioingenieria, FACET-Universidad Nacional de Tucumán / INSIBIO-CONICET; Gabriela Iglesias, Universidad de Tucumán; Jose A. Trejo Gonzalez, INQUINOA, Universidad Nacional de Tucumán, CONICET; Rossana Madrid, LAMEIN, Departamento de Bioingenieria, FACET-Universidad Nacional de Tucumán / INSIBIO-CONICET; Adolfo M. Avila, INQUINOA, Universidad Nacional de Tucumán, CONICET
32e
Kinetic Study of Degradation of Pharmaceutical Drugs By Ozone Microbubbles
Prof. S. K. Majumder, Indian Institute of Technology Guwahati
32f
Porous Frozen Material Approach to Freeze-Drying of Instant Coffee
Wei Wang, Dalian University of Technology; Dapeng Hu, Dalian University of Technology; Yanqiu Pan, Dalian University of Technology; Qiangqiang Li, Dalian University of Technology; Guohua Chen, The Hong Kong Polytechnic University
Abstract Submissions Closed
See more of this Group/Topical: Separations Division
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