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14th Annual Green Chemistry and Engineering Conference Session List
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June 21, 2010

001  Providing sustainable solutions: Novel diester solvent   
002  Pursuing useful, biologically derived small molecules: C-glycosides as surface active agents   
004  Solubility of metal complexes in CO2 and their catalysis   
005  Synergism between synthetic and natural products: Opportunities for environment friendly fungicides   
006  Solvent-free dehydrogenation of -terpinene in a ball mill: Investigation of reaction parameters   
007  Biomimetic green chemistry   
009  Biomimicry 
010  Molecular biomimetics: Nanotechnology through biology 
012  Green engineering in the high school setting: Non existent or a disaster waiting to happen   
013  Green chemistry and engineering course for Yale/New Haven’s summer SCHOLAR program   
014  Breaking the toxic addiction: Moving schools to sustainable, green chemistry   
015  Blending sustainability and additional green chemistry into chemistry in context   
016  4 continents, 8 green chemistries: Modifying green chemistry curriculum to fit international education standards and to connect with K-12 students around the world   
025  Ecofriendly green synthesis antimicrobial and antispermatogenic activity of organosilicon, organogermanium and organotin complexes   
026  Toward implementation of a novel, bio-based arsenic sorbent   
027  Preparation and characterization of novel xylan-based hydrogels and release study of doxorubicin   
028  Mechanism for the formation of crosslinked keratin fibers for hydrogen storage applications   
029  Efforts in developing a glycerol biotransformation technology   
030  Structure and mechanical properties of cellulose nanocrystal — alginate nanocomposite fibers   
031  Cellulosic-derived levulinic ketal esters: A new alternative to petroleum-based chemicals   
032  How to start a state-supported green chemistry program: The Michigan model   
033  Challenging student research in new directions - Building a student green chemistry network in the Great Lakes   
034  Students’ views on building a green chemistry network   
036  Sustainable technologies administration: Moving toward a sustainable economy   
037  Current green chemistry education in Taiwan   
038  Green chemistry and engineering training at the Center for Environmentally Beneficial Catalysis   
039  BioSUCCEED: A USDA cooperative agreement that promotes bioproducts sustainability to meet biomaterials  bioenergy needs in the future bio-based economy   
040  Enviropreneurship: A model to accelerate implementation of green chemistry   
041  Timing is everything: When to file a patent application   
042  Collaboration patterns in green chemistry: A social network approach   
043  Building a financeable start-up   
044  Entrepreneurship and green chemistry   
045  Synthesis & Catalysis   
046  Epoxide-opening cascades promoted by water   
047  Conversion of fatty acids into alpha-olefins   
048  Alkali base-promoted C-C bond coupling of secondary alcohols with primary alcohols   
050  Enhanced utilization of phenolics, polysaccharides and carbohydrates from citrus processing residues   
051  Ecotoxicity assessment of green chemistry processed chemicals to be incorporated in personal care products   
052  PolyAspirin: Designing biocompatible polymers that degrade into bioactives   
168  Highly active and stable copper-based catalysts for methanol synthesis from CO2 hydrogenation   
PLEN1  Plenary 1 
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June 22, 2010

054  Composite resin technology for green buildings   
055  Synthesis of hydrophobic starch derivatives for the formulation of nanoparticles for advanced drug delivery and controlled release of anti cancer drugs   
059  New sustainable 3M fluorochemical technology for oil and water repellent coatings   
060  Green chemistry education: Shades of green   
061  Teaching a green chemistry course for undergraduate chemistry/chemical engineering students   
062  Advancing integration of green chemistry in current science education through add-on courses 
063  Open bench-top Heck reaction in water: A new green experiment for the undergraduate organic laboratory   
064  Teaching environmentally benign extraction technologies with a cost effective, user friendly instrument   
065  Content and methodology in green chemistry education: Grand Valley State University, MI   
066  Educational initiatives of Green Chemistry Network Centre (GCNC) in India 
067  Green chromatography: Small is big!   
069  Application of conceptual design of batch distillation to minimize solvent usage in pharmaceutical processes   
070  Process intensification as a means to improve the environmental balance of fine chemicals production   
072  Pharma   
073  Key green engineering research areas of pharmaceuticals and fine chemicals - A perspective from manufacturers   
100  Coating and Polymers   
179  Algal oil: Bringing a viable alternative to green chemicals 
182  Bench-scale electrochemical system for generation of CO and Syn-Gas   
183  Carbon capture and utilization through chemical looping dry reforming   
184  Characterization of xylanases from Sacharolyticum degradans   
185  Lifecycle energy and greenhouse gas emissions from ethanol produced by algae   
186  High-performance lithium-ion batteries based on a novel nanofiber technology   
187  Lifecycle assessment of algal biodiesel: A model to guide process design for industrial production   
188  Revolution in the environmental health sciences: New challenges, new opportunities   
193  The challenge that low-dose adverse effects poses for green chemistry   
194  Health impact of environmental chemicals during development: Need for green chemistry   
195  Moving ahead with mixtures   
200  Electrochemical etching of deep structures in silicon 
201  Environmentally benign cleaning solutions for wet-based semiconductor processes   
PLEN2  Plenary Address 2   
PLEN3  Plenary Address 3   
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June 23, 2010

200  Electrochemical etching of deep structures in silicon   
201  Environmentally benign cleaning solutions for wet-based semiconductor processes   
202  Advanced materials from LCD waste   
203  Deliberated green process design in microstructured reactors by accompanying (simplified) life cycle assessment   
204  Leveraging EH&S data management and analysis for sustainable design   
205  Sustainable Design Concepts 
206  Sustainable Design Concepts 
207  Opportunities for greener alternatives from a formulator's perspective   
208  Measuring renewability   
209  Recommendations for an SAE-Michigan center for green innovation  technology transfer for the automotive industry   
210  Application of green chemistry in the development of environmental leadership standards   
211-1  Translating principles into policy- Why policy is important to scientists   
211-2  Why Policy is Important to Scientists   
211-3  Why Policy is Important to Scientists   
223  Validation of a solvent-free method for membrane recoverable oil and grease analysis by infrared determination (ASTM D7575)   
224  Nitrate reductase as a reagent for analytical chemistry   
225  Greener chelating agents for analytical titrations   
226  Green technology for liquid chromatography   
227  Application of capillary HPLC to the analysis of in-process control and cleaning samples for pharmaceutical industry   
230  Chemical Management: opportunities to introduce greener chemicals into manufacturing   
232  Metrics & Chemical Management   
233  Consumer product testing as a driver for green chemistry   
234  NSF/GCI 355 greener chemical products and processes   
PLEN4  Plenary Address 4   
PLEN5  Plenary Address 5   
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