This preliminary program is subject to change.

Solid Liquid Separations Processes in Refining and Bio-Refining Systems


Description:
The session covers research, processes, technology development and applications of novel and improved fluid particle separation schemes in refining, biorefining and all energy related systems. Innovative solids fluid separation techniques used in existing and novel refinery processes, biofuels processes, gas conversion processes (GTL, GTP, GTC, etc), solids conversion processes (direct CTL, indirect CTL, CTC, CTO, CTP, etc), biorefining/bioconversion processes, are of great interest. Novel processes, materials and equipment for Solids/liquid separation, gas/solids separation (e.g. hot gas cleaning, etc.) will also be considered. Presentations on joint/collaborative development and successful deployment of novel/improved fluid solids separation schemes in energy related systems are also strongly encouraged.

Sponsor:
Fluid-Particle Separations
Co-Sponsor(s):
Fuels and Petrochemicals Division (16), Petroleum (16a), Sustainable Biorefineries (23b)


Chair:
Seyi A. Odueyungbo
Research Technical CL#1
Chevron Energy Technology Company
Applied Research and Catalysis, Process R&D
100 Chevron Way, 10-1216
Richmond, CA 94802
Phone Number: (510) 367 7680
Email: seyo@chevron.com

Co-Chair:
Sergio R. Mohedas

Papers:
Removal of Char Particles by Microfiltration Process to Improve the Stability of Bio-Oils
Asad Javaid, University of Massachusetts; Tatiana Ryan, University of Massachusetts; David M. Ford, University of Massachusetts
Developing Solid/Liquid Separation Systems for New Industrial Processes
Seyi A. Odueyungbo, Chevron Energy Technology Company
See more of this Group/Topical: Separations Division