Renewable Petroleum™ Technology: Production of Fit for Purpose Renewable Fuels

Thursday, November 20, 2008: 4:05 PM
Room 203-A (Pennsylvania Convention Center)

Scott A. Frykman, Department of Process Development and Engineering, LS9, Inc., South San Francisco, CA
Vineet Shastry, Department of Process Development and Engineering, LS9, Inc., South San Francisco, CA
Daniel Aguilar, Department of Process Development and Engineering, LS9, Inc., South San Francisco, CA
Monica Bhatia, Department of Process Development and Engineering, LS9, Inc., South San Francisco, CA
Ron Mullikin, Department of Process Development and Engineering, LS9, Inc., South San Francisco, CA
Antonio Rocha-Valadez, Department of Process Development and Engineering, LS9, Inc., South San Francisco, CA
Fernando Sanchez-Riera, Department of Process Development and Engineering, LS9, Inc., South San Francisco, CA
Wei Huang, Department of Process Development and Engineering, LS9, Inc., South San Francisco, CA

Current transportation fuels are predominantly derived from petroleum feedstocks and are a complex mixture of refined hydrocarbons. Petroleum, on which modern day society was built and is now dependent, is a diminishing resource with increasing environmental, political, and economic disadvantages. An ideal alternative would be chemically similar to petroleum, allowing broad and rapid adoption, derived from renewable resources, scalable to support current and future demands, domestically derived, and cost competitive. To meet this need, LS9 has developed a molecular tool box and a suite of industrial microorganisms that enable the selective production of a diverse portfolio of hydrocarbon products and derivatives. This talk will cover an introduction to the technology, an overview of some of the unique scientific challenges encountered, and the development of a scalable production process to enable the economic manufacture of these fuels in the near future.
Extended Abstract: File Not Uploaded
See more of this Session: Developments in Biobased Alternative Fuels II
See more of this Group/Topical: Topical 4: Sustainable Biorefineries