This preliminary program is subject to change.

Sustainable Chemicals: Advances in Innovative Processes


Description:
Petroleum, coal and natural gas constitute about 86% of resource consumption in the United States. The rest 8% comes from nuclear and 6% comes from renewable energy. Approximately 3% of total crude petroleum is currently used for the production of chemicals and plastics, the rest being used for energy and fuels. This session is aimed for a better understanding of chemicals (including plastics) which are produced for sustainability. These include (1) Innovative processes that use renewable and sustainable feedstock replacing existing non-renewable sources; (2) New chemical production processes giving alternate pathways for same chemical (3) Process modifications enhancing efficiency of existing processes; (4) Design for new sustainable products (chemicals or plastics) which replace existing products. Production (both pilot scale and industrial scale) and economic feasibility of the chemicals are important aspect of sustainable chemicals. Papers need to emphasize on the advances in process technology, highlight the synthesis of sustainable chemicals, and/or demonstrate sustainability through assessment techniques.

Sponsor:
Sustainability
Co-Sponsor(s):
Environmental Division (09), Sustainable Engineering Forum (23), Topical B: 2nd Annual World Congress on Sustainable Engineering (TB)


Chair:
Debalina Sengupta
ORISE Postdoctoral Fellow at US EPA
US Environmental Protection Agency
Chemical Engineering
26 West Martin Luther King Drive
Cincinnati, OH 45268
Fax Number: 513-569-7111
Email: Sengupta.Debalina@epamail.epa.gov

Co-Chair:
Ralph W. Pike
Professor
Louisiana State University
Department of Chemical Engineering
110 Chemical Engineering Bldg.
Baton Rouge, LA 70803
Phone Number: 225-578-3428
Fax Number: 225-578-1476
Email: pike@lsu.edu


Papers:
Reaction Route Selection Based On Sustainability Criteria for Glutaraldehyde Production
Preeti Gangadharan, Lamar University; Helen H. Lou, Lamar University
Testing Room Temperature Ionic Liquid Solutions
Paul Brezovec, Concurrent Technologies Corp.
Looped Carbon Capturing and Environmental Remediation: Case Study of Magnetic Polypropylene Nanocomposites
Jiahua Zhu, Lamar University; Hongbo Gu, Lamar University; Sowjanya B. Rapole, Lamar University; Minjiao Chen, Lamar University; Suying Wei, Lamar University; Zhanhu Guo, Lamar University
Transformation of Carbon Dioxide Into Boron-Graphene Oxide Nanocomposites Using a Reducing Agent
Jae W. Lee, The City College of New York; Junshe Zhang, The City College of New York; Yu Zhao, The City College of New York; Daniel L. Akins, The City College of New York; Ruth Stark, CCNY; Xudong Guan, CCNY; Ah-young Byun, KAIST
Environmental Life Cycle Assessment of New Energetic Materials
Amirhossein Mehrkesh, University of Colorado Denver; Arunprakash T. Karunanithi, University of Colorado Denver
Economic Comparison of Processes for the Recovery of Lactic Acid by Reactive Distillation with Different Alcohols
Chien-Yuan Su, National Taiwan University; Cheng-Ching Yu, National Taiwan University; Jeffrey D. Ward, National Taiwan University
Synthesis of Organosilicon Complexes From Rice Husk Derived Silica Nanoparticles
Weixing Wang, South China University of Technology; Jarett C. Martin, Texas State University-San Marcos; Rongcai Huang, Texas State University-San Marcos; Wensi Huang, South China University of Technology; Anhua Liu, South China University of Technology; Aijie Han, University of Texas-Pan American; Luyi Sun, Texas State University-San Marcos
See more of this Group/Topical: Environmental Division