This preliminary program is subject to change.

Distributed Chemical Processing Technologies


Description:
In the session, we would like to promote multi-scale and system-level approach toward the cost-effective and energy-efficient chemical processes at relatively small capacity. The traditional unit operation processes is characteristic of strong scale-economy, that is, cost-prohibitive at the small processing capacity. Many emerging applications, such as biomass conversion, coal to liquid fuels, remote natural gas recovery, and waste conversion, call for distributed chemical conversion units that are economical at a capacity scale one or two orders of magnitude smaller than the typical refining and petrochemical process. This is a one-day session.

Sponsor:
Topical G: Innovations of Green Process Engineering for Sustainable Energy and Environment
Co-Sponsor(s):
Separations Division (02)


Chair:
Minquan Cheng
Team Leader & Program Manager
Chevron Energy Technology Company
Remote and Unconventional Gas Process Technology Unit
1400 Smith Street
Houston, TX 77002
Phone Number: 713-372-1873
Fax Number: 713-372-1800
Email: minquan.cheng@chevron.com

Co-Chair:
Ward E. Tegrotenhuis

Papers:
Industrial Perspectives On Distributed and Compact Chemical Processing
Minquan Cheng, Chevron Energy Technology Company
Carbon-Neutral Transportation Fuels From off-Peak Wind and CO2
David Doty, Doty Scientific; Glenn N Doty, Doty Scientific; Laura L Holte, Doty Scientific
Synergistic Routes to Liquid Fuel for a Petroleum Deprived Future
Navneet R. Singh, Purdue University; Rakesh Agrawal, Purdue University
Novel Microfibrous Composite Bed Reactor Incorporated with Silver Catalyst for High Efficiency Gas-Phase Oxidation of Alcohols
Yong Lu, East China Normal University; Miaomiao Deng, East China Normal University; Jiping Mao, East China Normal University