20th annual green chemistry & engineering conference...

20th Annual Green Chemistry & Engineering Conference

Portland, Oregon

June 14-16, 2016

Jim Hutchison and Adelina Voutchkova

Program Chairs

TUESDAY MORNING

Hilton Portland & Executive Tower Plaza Level

7:00pm-5:00pm

Registration 7:30am-5:00pm

Networking Breakfast

7:30am-5:00pm Exhibits

Hilton Portland & Executive Tower Pavilion Ballroom East

Keynote presented by Paul Anastas 8:30am-9:30am

Hilton Portland & Executive Tower Broadway III/IV

2016 Presidential Green Chemistry Challenge Award Winners

B. A. Drake, Organizer, Presiding

Hilton Portland & Executive Tower Studio Suite

Advances in Continuous Chemistry: Back to the Future

M. E. Kopach, Organizer, Presiding

9:50 1. Flow chemistry for sustainable chemical manufacturing.M.G. Organ

10:30 2. Merging catalysis and continuous for greener processes.S.A. May

11:10 3. Synthetic transformations employing continuous flow technologies.C.L. Liotta

11:50 4. Chemical assembly systems: Layered control for divergent, continuous, multi-step

synthesis.K. Gilmore

Hilton Portland & Executive Tower Forum Suite

Challenges, Tools, & Innovation in the Apparel & Footwear Sector

J. D. Frazier, Organizer, Presiding

9:50 Introductory Remarks.

10:10 5. Use of automated tools to facilitate rapid chemical hazard assessment of footwear and apparel product and process chemicals.J. Rinkevich, P.J. Beattie, J. Orchard-Hays, J.L. Tunkel,

C.A. Rudisill

10:50 6. How to use the alternatives assessment process to green your products using the EcoValuate tool.J. Malaczynski

11:10 7. Sustainable high-performance fibers from Himalayan giant nettle (Girardinia diversifolia L.).G. Lanzilao, P. Goswami, R.S. Blackburn

11:30 8. INSQIN Waterborne PU: Addressing the sustainability challenges of PU coated

textiles.R. Saunders

11:50 9. Innovations in denim finishing: Comparative savings in chemical, energy and water use.S.F. Echols

Hilton Portland & Executive Tower

Broadway I/II

CO2 Utilization by Design: From Molecular Catalysts to Surface Chemistry

G. Li, Organizer, Presiding

9:50 10. Designing catalysts for the reduction of CO2 using an energy-based approach.A.M.

Appel

10:10 11. Electrocatalytic conversion of CO2 using manganese-centered molecular catalysts.J.

Agarwal

10:30 12. Differences in carbon isotope discrimination during the photocatalytic reduction of

CO2.A.M. Angeles Boza

10:50 13. Turning on the protonation-first pathway for electrocatalytic CO2 reduction.J.J.

Rochford

11:10 14. Development of solar fuels photoanodes through combinatorial integration of Ni-La-

Co-Ce oxide and Ni-Fe-Co-Ce oxide catalysts on BiVO4.J. Haber, D. Guevarra, A. Shinde, L. Zhou, G. Liu, I. Sharp, F. Toma, J. Gregoire

11:30 15. Life cycle emissions assessment of a solar fuel process: Impact of catalyst

performance on the net CO2 emissions of impact of methanol production by direct electrocatalytic reduction of CO2.M. Pellow, S. Benson

11:50 16. Transfer hydrogenation of CO2 from glycerol By single-site heterogeneous

catalysis.M. Finn, A. Azua-Barrios, H. Yi, J. Sartucci, A.B. Silva, A. Voutchkova

12:10 17. Enhanced interfacial actions between oil and CO2 by oil-CO2 amphiphilic compounds.Q. Shi, W. Qiao

Hilton Portland & Executive Tower Directors Suite

General Advances in Green Chemistry

J. E. Hutchison, A. Voutchkova, Organizers, Presiding

9:50 18. Green design for substitution with no regrets.P.T. Anastas

10:10 19. Chem21.A. Wells, D. PRAT, H. Sneddon, L. Summerton, J. Hayler, R. Taylor

10:30 20. DOZN: A quantitative green chemistry evaluator.E. Ponnusamy

10:50 21. Synthetic to natural: Safer color chemistry across the spectrum.M.W. Ellsworth

11:10 22. Harnessing the power of drug design for safer environmental chemicals.C. Ng

11:30 23. The role of recycled materials.R. Peoples

11:50 190. Integrated fermentation and catalytic processing of biomass derived pyrones and

lactones to produce fuels and chemicals.S. Gupta, M. Alam, N. Sinha, M. Haider

11:50 24. Withdrawn

Hilton Portland & Executive Tower Council Suite

Green Chemistry in Consumer Products: From Demand to Supply

A. Nestler, Organizer L. Heine, A. M. Noce, Organizers, Presiding

9:50 26. What are the odds? A journalist’s take on ingredients for “green” products.M.

Bomgardner

10:10 27. Rivertop renewables: “Rising to the demand for green chemistry".B.T. Furey

10:30 28. Systematic transition to safer consumer products.R. McFadden

10:50 29. U.S. market pressures and the battle between hazard and risk.R. Engler

11:10 30. A Washington State perspective on PCB contamination in pigments and dyes.A. Stone

11:30 31. Accelerating green chemistry innovation through collaborative partnerships: Examples and lessons from the GC3.L. Hoch, M. Becker

11:50 32. EPA’s Safer Choice Program: Meeting consumer demand and offering green

chemistry solutions.B. Williams

12:10 33. Government policy drivers for the adoption of green and sustainable chemistry.R.J.

Garant

TUESDAY AFTERNOON

12:30pm-2:00pm Lunch on your own


Challenges, Tools, & Innovation in the Apparel & Footwear Sector

J. D. Frazier, Organizer, Presiding

1:30 34. Learnings from the commercial introduction of a renewably sourced durable water repellent.G. Brown, R.C. Buck, J.C. Sworen

1:50 35. The route to fluorine-free repellent coatings in outdoor apparel: Consumer use,

maintenance and physiological comfort.P. Hill, M. Taylor, P. Goswami, R.S. Blackburn

2:10 36. Permanent, perfluorocarbon-free, water-free finishing of textiles and footwear.G.S.

Selwyn

2:30 37. Alternatives assessment of 11 non-fluorinated DWR products utilizing the GHS-column

model.K. Schubert, R.C. Buck

2:50 Panel Discussion: DWR/Repellency.

3:10 Intermission.

3:30 38. Eco-friendly dyeing of electrospun cellulose nanofibers with reactive dye.S.

Hajahmadi

3:50 39. Processing and characterization of natural banana fibers for textile applications.G.A.

Montero

4:10 40. The collision of comfort and sustainable design.J. Zwillinger

4:25 Concluding Remarks.

Hilton Portland & Executive Tower Broadway I/II

CO2 Utilization by Design: From Molecular Catalysts to Surface Chemistry

G. Li, Organizer, Presiding

1:30 41. Modeling photo-active TiO2-graphene interfaces.N.A. Deskins, B. Bukowski

1:50 42. Mechanism of CO2 reduction to CO and CH3OH on ceria surface: Density function theory study.N. KUMARI, M. Haider, M. Agarwal, N. Sinha, S. Basu

2:10 43. Hybrid photocatalysts for solar energy conversion.T. Jin, B.D. Stewart, S.A. Pantovich, G. Li

2:30 44. Amidoxime-functionalized microcrystalline cellulose-mesoporous silica composites for

high temperature carbon dioxide sorption.C. Gunathilake, R. Dassanayake, N. Abidi, M. Jaroniec


Studio Suite

Conversion of Renewables: Catalysis, Methods and Technologies

K. Barta, P. Bruijnincx, Organizers, Presiding

1:30 45. A temperature controlled approach for the homogenously catalyzed conversion of oleocompounds in aqueous media.T. Gaide, J. Dreiman, J. Bianga, A. Behr, A. Vorholt

1:50 46. Synthesis of biobased building blocks from vegetable oils: A chemicals platform approach for polymer synthesis.S. Caillol

2:10 49. Catalyst structure-performance relations for supported Ru-catalysed hydrogenations of

levulinic acid to gamma-valerolactone.E. Heeres

2:50 Intermission.

3:10 48. New approaches for efficient synthesis of precursors of industrial-nylons from oleic acid.G. Abel, A.Y. Mudiyanselage, K. Nguyen, S. Viamajala, S. Varanasi, K. Yamamoto

3:30 185. A continuous flow synthesis of biodiesel using vortex fluidics.J. Britton, C. Raston

3:50 50. Conversion of cellulosic biomass by heterogeneous catalysts.A. Fukuoka

4:30 47. Withdrawn


Broadway III/IV

Driving Waste toward Zero: The Importance of Superior Process Design

D. K. Leahy, Organizer

J. Yin, Presiding

1:30 51. A practical synthesis of ERK inhibitor GDC-0994 on multi-kilogram scale.X. Linghu

1:50 52. Chemical development of a novel antiviral at Merck: Greener chemistry through process innovation.M. McLaughlin

2:10 53. Development of a green and efficient Suzuki-Miyaura process for the triple reuptake

inhibitor penultimate BMS-821754.B. Mudryk

2:30 54. Greener chemistry in research labs with higher-concentration reactions.L. Sun, Y. Yin, R. Ma

2:50 Intermission.

3:10 55. Efficient asymmetric synthesis of the Akt kinase inhibitor GDC-0068.F. Gosselin

3:30 56. Towards the zero waste commercial API process.G.R. Humphrey

3:50 57. Ligand-accelerated C-H activation reactions: Distance and geometry.J. Yu


Ensuring Commercial Success in Sustainable Technology Transfer by Design

Financially supported by ACS Green Chemistry Institute Formulators' Roundtable T. J. Burns, P. Silva, Organizers C. K. Choy, Presiding


1:35 58. What is takes to make a dent: The development of a new-to-the-world metathesis-based surfactant which makes water work Like an organic solvent.R. Slone

1:55 59. Finding new ways to catalyze innovation and achieve sustainability in additive manufacturing.T. McKeag, D. Danby

2:15 60. Value of GHG reductions and sports events in advancing low-carbon technologies into

the market.A.M. Behr, M.H. Mazor, S. Phillips, J. Natalense

2:35 61. Economic and ecologic strategies for chemical manufacturing by means of continuous flow chemistry.D. Kirschneck

2:55 Intermission.

3:10 62. Development of sustainable alternatives for the next generation of chemicals and

materials: Continued progress in development of renewably-sourced materials from DuPont.H.E.

Bryndza, M.A. Saltzberg

3:30 63. The commercial success of Polymeric FR: Market transformation driven by green chemistry.S. Hunter, C. Lukas

3:50 Panel Discussion.


Sustainable Strategies for Next Generation Biologics and Therapeutics

K. Budzinski, Organizer, Presiding

1:30 277. Green metrics for biologics manufacturing: Current collaborative effort and future direction.S.V. Ho, K. Budzinski

2:10 278. Single-use technology and sustainability: Quantifying the environmental impact of biopharmaceutical manufacturing.W.P. Flanagan, A.R. Dua, C. Reeb, J. Dettling, A. Sinclair,

Y. Abe

2:50 Intermission

3:10 279. Sharing learnings from Johnson & Johnson’s biologics life cycle assessment studies.P.

Dahlin

3:30 280. Sustainable science in bioconjugate process development.R. Finn

4:10 281. Rational selection of alternative, environmentally compatible, surfactants for

biotechnological production of pharmaceuticals - a step toward green biotechnology.R. Shearer


Green Chemistry in the Semiconductor and Electronics Supply Chain

E. Gately, M. Kirschner, Organizers, Presiding

3:00 70. Green chemistry in 3D printing technology.T. McKeag, D. Danby

3:20 71. Assessing and reducing the environmental toxicity of 3D-printed parts.S. Mesbah Oskui, G. Diamante, C. Liao, w. shi, J. Gan, D. Schlenk, W.H. Grover

3:40 72. Opportunities and challenges for green chemistry in semiconductor technology.L.T.

Kenny

4:00 73. Competing on green chemistry: Can the electronics industry do it?.M. Kirschner

Hilton Portland & Executive Tower Pavilion Ballroom East

GreenX

4:45pm-6:15pm Hilton Portland & Executive Tower

TBA

Opening Reception

6:15pm-8:00pm

WEDNESDAY MORNING


Plaza Foyer

7:30am-8:30am Networking Breakfast

7:30am-5pm Registration

7:30pm-5pm Exhibits


Pavilion Ballroom East 8:30am-9:30am

Keynote address presented by

Hilton Portland & Executive Tower Plaza Foyer 9:30am-9:50am

Networking Break


Alternatives Assessment & De Novo Design

H. Plugge, L. Shen, Organizers, Presiding

9:50 74. On the design of safer chemicals: The path forward.S. DeVito

10:10 75. Biosynthetic and bio-inspired glycolipid surfactants: Properties, biodegradability, and toxicity.J.E. Pemberton, R.L. Polt, S.D. Schwartz, R. Maier, W.J. Klimecki

10:30 76. Computational model for Nrf2-ARE activation in human HepG2 cells based on whole-molecule chemical properties and mechanistic domains.F. Melnikov, A. Voutchkova, L. Shen, J.

Kostal, J.B. Zimmerman, P.T. Anastas

10:50 77. A practical guide for green molecular design: Using in silico approaches to reduce toxicological risk.D. Faulkner, L.K. Rubin, V. De La Rosa, D.E. Johnson, J. Arnold, C. Vulpe

11:10 78. Predicting chemical hazard with a big data approach.A. Maertens, T. Luechtefeld, T.

Hartung

11:30 79. HESI pilot project: Testing a qualitative approach for incorporating exposure into alternatives assessment.B. Greggs, S. Arnold, T.J. Burns, P. Egeghy, P. Fantke, B. Gaborek, L.

Heine, O. Jolliet, D. Muir, J. Rinkevich, N. Sunger, J. Young Tanir

11:50 80. The California safer consumer products regulations’ approach to alternatives assessment.E. Rodriguez

12:10 81. Understanding the unexpected or unanticipated consequences of a chemical over its

life cycle is fundamental to eco-design.J. fava, E. Mulholland


Design of New Strategies for the Conversion of Lignin


9:50 25. On the activation parameters for model lignin linkages over a promising Cu-doped porous metal oxide catalyst.C.M. Bernt, H. Maneesuwan, M.A. Chui, K. Barta, P.C. Ford

10:10 82. Aromatic monomers by in situ conversion of reactive intermediates in the acid-catalyzed depolymerization of lignin.P.J. Deuss

10:30 83. Lignin valorization using biological funneling and chemical catalysis.G. Beckham

11:10 84. Sustainable energy materials for lithium sulfur batteries from lignosulfonate liquor.L. Li, N. Koratkar, T.J. Simmons

11:30 85. Electric insulating resin with high heat resistance derived from woody lignin obtained by steam-explosion.H. Kagawa, Y. Okabe, C. Sasaki, Y. Nakamura

11:50 86. Sustainable conversion of lignin to value-added chemicals, thermoplastics and

fuels.M.M. Abu-Omar

Hilton Portland & Executive Tower Studio Suite

Education Resources Designed to Share Sustainable Solutions to Plastics & Materials

Financially supported by NSF- Center for Sustainable Polymers (U of MN) Center for Bioplastics and Biocomposites (Iowa State University) ACS Division of Polymer Chemistry

J. E. Wissinger, Organizer, Presiding

9:50 87. Bustin’ bunnies and beyond: Adaptable inquiry-based approaches for introducing polymer principles.N.J. Robertson

10:30 88. Organocatalytic ring-opening polymerization of trimethylene carbonate to yield a

biodegradable polycarbonate.M. Brennan, J. Chan, X. Zhang, R.M. Waymouth, J. Hedrick

10:50 89. Polymers experiments in the general chemistry laboratory curriculum at UC Berkeley.M.T. Robak, M.C. Douskey, L.B. Armstrong, G. Kerstiens, A.M. Baranger

11:10 90. Synthesis and exploration of sustainable polymers in the organic chemistry

laboratory.J.E. Wissinger, G. Fahnhorst, Z.J. Swingen, M.T. Wentzel

11:30 91. Polymers for the planet: Engaging students in sustainable solutions.J.C. Levine

11:50 92. Tangential flow filtration of spherical, colloidal nanoparticles: A “green” laboratory module for chemistry and engineering students.I.E. Pavel Sizemore, K.M. Dorney, J. Baker, M. Edwards, S. Kanel


Forum Suite

How to Get There From Here: Sustainably

S. G. Koenig, Organizer

C. Beaudry, Presiding

9:50 93. The impact of a novel organocatalytic dynamic kinetic asymmetric transformation (DyKAT) on the synthesis of a drug candidate.T. Benkovics

10:30 94. Development of a green manufacturing process.K.M. Maloney, G.R. Humphrey

11:10 95. The quest for efficiency in natural product synthesis.C. Beaudry

11:50 96. Synthetic strategy, chemical innovation and the context of an efficient synthesis.M.D.

Eastgate


New Sustainable Synthetic Strategies through Photoredox Catalysis

D. K. Leahy, Organizer N. Strotman, Presiding

9:50 97. Tandem lewis acid-photoredox catalysis for enantioselective photoreactions.T.P. Yoon

10:30 98. Application of photoredox catalysis to green manufacturing processes.D. DiRocco

11:10 99. New avenues in synthesis via organic photoredox catalysis.D.A. Nicewicz

11:50 100. Organocatalyzed photoredox atom transfer radical polymerization: Catalyst

development and application in the design of degradable polymers from biomass.R.M. Pearson, G. Miyake


Sustainable Chemical Separations: Accelerating Industrial Application of Less-Energy

Intensive Alternatives

E. Ponnusamy, A. Sehgal, Organizers, Presiding

9:50 101. Toward sustainable chemical separation processes.R. Giraud

10:30 102. ALTSEP: Initial steps on the road to low energy-intensity chemical separations.A.

Sehgal

11:10 Discussion and Brainstorming.

Hilton Portland & Executive Tower Senate

9:50am-12:30pm

Business Plan Competition

WEDNESDAY AFTERNOON

12:30pm-1:30pm

Lunch on your own


Bridging Green Solvent Design, Impacts & Application

A. M. Scurto, Organizer L. Soh, Organizer, Presiding

1:30 103. Tailoring physicochemical solvent properties through CO2 expanded liquids.E.E.

Urena-Benavides, P. Pollet, C.A. Eckert, C.L. Liotta

1:50 104. Using liquid carbon dioxide in a new, novel “green” flash chromatography purification system.R. Schlake, M. Przybyciel, A. Kaziunas, K. Pearl

2:10 105. Fractionation of microalgae lipid and nutraceutical compounds with supercritical

carbon dioxide.T.A. Kwan, J.B. Zimmerman

2:30 106. Novel series of diphenyl phosphate based ionic liquids for the dissolution and ecofriendly extraction of biomass at room temperature.R. MEDIMAGH, R. Zarrougui, H. Essadam

2:50 Intermission.

3:10 107. Tunable and switchable solvents for processing nanoparticles for catalysis by controlling surface interactions.S.R. Saunders, S. Reynolds, T. Graham, G. Ibrahim, K. Bryant

3:30 108. A novel approach to determine overall analytical greenness scores for processes in the pharmaceutical industry.L. Lehmann, C. Wood, T.V. Raglione

3:50 109. Solvent selection guides for pharmaceutical chemistry.D. PRAT



Design of New Strategies for the Conversion of Carbohydrates


1:30 110. A new perspective in bio-refining: Levoglucosenone formation from residual saccharides in waste biorefinery hydrolysis lignin.M. De bruyn, J. Fan, V. Budarin, D. Macquarrie, L. Gomez, R. Simister, T. Farmer, W. Raverty, S. McQueen-Mason, J. Clark

1:50 111. Bio-based sources for p-Xylene.P.B. Smith, D. Henton, A. Dumitrascu, D. Hucul, M.

Masuno, R. Smith, J. Bissell

2:10 112. Efficient, chemical-catalytic approaches to the production of renewable succinic, 3-hydroxypropanoic, and furandicarboxylic acids from biomass-derived 5-

(chloromethyl)furfural.M. Mascal, L. Wu, S. Dutta

2:50 Intermission.

3:10 113. A green route to aromatic compounds: Cascades of carbohydrate-derived furfurals in water.S. Higson, F. Subrizi, T.D. Sheppard, H.C. Hailes

3:30 114. Solid acid and Pd/C tandem catalysis for renewable aromatic chemicals from biobased

furanics.H.C. Genuino, S. Thiyagarajan, J. van der Waal, E. Dejong, J. van Haveren, B. Weckhuysen, D. van Es, P. Bruijnincx

3:50 115. Catalytic processing of wood to pulp and their valorization.B.F. Sels


Studio Suite

Exploring Opportunities for Green Chemistry Educators & Researchers as Change Agents

Addressing the Social and Environmental (In) Justices of Chemical Exposure

E. J. Brush, Organizer, Presiding


1:50 116. Pesticide impacts of banana cultivation: A disconnect between producing regions and consumers.A.A. Mendez, C. Ng, L. Castillo, C. Ruepert

2:10 117. Chemistry in a social justice context.M.M. Kirchhoff

2:30 118. Two decades of the Presidential Green Chemistry Challenge awards: Bringing about positive change for society, the environment and the economy.M.C. Cann

2:50 Intermission.

3:10 119. Exploring social and environmental justice through green chemistry education, research and outreach.E.J. Brush

3:30 120. Mainstreaming green chemistry: Sharing the twelve principals.A. Lujan, M. Simpson,

O. Krel

3:50 Discussion.



Green Chemistry & Medicinal Chemistry Are Miscible!

S. G. Koenig, Organizer D. T. Richter, Presiding

1:30 121. Green medicinal chemistry by design.K. Freeman-Cook

1:50 122. Progress towards embedding a culture of green Into Amgen’s medicinal chemistry program.A. Siegmund

2:10 123. Putting spin on flow chemistry.J. Britton, C. Raston, G. Weiss

2:30 124. Microplate microreactor scaffolds: Making the most of existing lab infrastructure.S.B.

Corry, R. Parmenter

2:50 Intermission.

3:10 125. Chiral reduction of heterocyclic enones to ketones using a mutant flavin-dependent reductase.T.R. Webb, C. Lagisetti, W. Zhou

3:30 126. Base-free and ligand-free Suzuki coupling reactions of basic nitrogen-containing substrates in water.Z. LI, C. Gelbaum, J.S. Fisk, B. Holden, A. Jaganathan, P. Pollet, C.L. Liotta

3:50 127. Novel direct arylation and amination reactions: Rapid synthesis of functionalized

biaryls, a-arylated ketones, arylamines and heterocycles.L. Kurti


Sustainable Strategies for Organic Synthesis Using Biocatalysis

A. Goswami, Organizer, Presiding

1:30 128. Novel sustainable cyclopropanation biocatalysts.J.D. Rozzell

2:10 129. Biocatalytic synthesis of fluorescent polyphenols for sensing applications.W.

Kiratitanavit, F. Bruno, C. Doona, R. Nagarajan

2:30 130. Computational design of new biocatalysts and retro-synthetic approaches.A.

Zanghellini

2:50 Intermission.

3:10 131. (R)- and (S)-amines through amine dehydrogenase catalysis.A.S. Bommarius, S.K. Au, B.B. Bommarius

3:50 132. Efficient synthesis of chiral pharmaceutical intermediates using biocatalysis.J.W.

Wong


Council Suite

Workshop on Data Uncertainty in Predictive Toxicology & Alternative Assessments

J. Kostal, Organizer, Presiding


Senate 1:30pm-4:30pm

Business Plan Competition

Hilton Portland & Executive Tower Pavilion Ballroom

Poster: Curriculum & Education

J. E. Hutchison, A. Voutchkova, Organizers

S. van Bergen, Student Poster Chair

4:30 - 6:30

133. Green chemistry in the undergraduate curriculum.Y. Caballero, A. Navarro-Ocaña, L. Hernández-Vázquez, A. Arellano

134. Synthesis of aspirin in introductory chemistry courses using Nafion-H.P. Auburn

135. The graduate student's guide to designing a green chemistry course.R.A. Haley, H. Hopgood, K. Leahy, J. Ringo, A. Das, D.C. Waddell

269. The Greener Solutions Program: Client-based learning and a bioinspired systems approach to safer and more sustainable chemistry.T. McKeag


Pavilion Ballroom

Poster: Designing More Sustainable Products


4:30 - 6:30

136. Chemical isolation and characterization of cellulose nanofibers to produce bionanocomposite films onto chitosan matrix for seafood packaging.B. Soni

137. A life cycle analysis of tandem perovskite solar cells: When are they warranted?.i. celik, Z. Song, M. Heben, D.S. Apul

138. The importance of flow of water, chemistry and mechanical action for improving fabric

cleaning at low temperatures.J. Douglas, M. Bird, J. Chew, I. Tucker, P. Stevenson, D. Grainger

139. Adsorption process simulation as strategy for greener separations design.I. Sáenz-Tavera, V. Rosas-García, R. Silvestre-de-León

140. Madder dye (CI natural red 8) chlorination products: Identification and toxicity.T.C. dos

Santos, J.A. Vendemiatti, A. Caloto de Oliveira, G. de Aragao Umbuzeiro, H.S. Freeman

141. Application of recycled rare earth elements in dye-sensitized solar cells.W. Li, C. Su, C. Yang, S. Kathirvel, B. Yu, Y. Lin

142. Toughening thermosetting epoxy resins using renewable fatty acids modified epoxidized

soybean oil.F. Hu, S. Yadav, G. Palmese

143. Inversion and hydrogen exchange in 1,2-cyclopentanediols: A geometrically constrained model for aqueous-phase “green” catalytic carbohydrate hydrogenolysis.D.E. Howell

144. The safety and efficacy of color pigments in commerce: Industry sustainability practices contrasted with environmental misconceptions.M. Maxwell

145. Soy-based polyurethane dispersions for sustainable coatings: Cradle-to-gate life-cycle

assessment.V.M. Mannari, C. Patel, A. Kiamanesh

146. Comparative lifecycle assessment of nanofiltration, adsorption and ion exchange: An arsenic removal case study.K.R. Chavan

147. Withdrawn

148. Withdrawn

326. The preparation of glass fertilizer from recycled rare earth element.C. Su, Z. Wang, W. Wu, J. Hwang, W. Li


Poster: Designing Safer Chemicals


4:30 - 6:30

149. Effect of atmospheric pressure plasma (APP) on dyeing cotton fabrics with Zataria multiflora Boiss extracts.S. Hajahmadi

150. Comparative study of life cycle of green synthesis of magnetite nanoparticles.W. Marimon

Bolivar, E. Gonzalez Jimenes

151. Data quality in skin permeation modelling: Tailoring the ToxRTool.J. Machado, J. Kostal

152. Mammalian cell toxicity studies of several proposed green plasticizers.H. Erythropel, M. Maric, R.L. Leask, J.A. Nicell

153. Predicting bioconcentration factor based on nuclear magnetic resonance spectroscopic

data.N. An, A. Voutchkova, J. Magliozzo

154. What are the elements for considering exposure in alternative assessments?.A.M. Mason, B.E. Howard

155. What's in your toolbox: Methods and tools for alternative assessments with data-poor

chemicals.J. Cohen, J.W. Rice, T.A. Lewandowski

156. Progressing from alternatives assessment to de novo green chemistry.H. Plugge, L. Shen

157. A coupled molecular design strategy against chemicals perturbing NRF2-ARE antioxidant pathway and inducing cytotoxicity.L. Shen, R. Judson, J. Roethle, J.B. Zimmerman, P.T.

Anastas

158. A probabilistic diagram to guide chemical design with reduced potency to incur cytotoxicity.L. Shen, R. Judson, F. Melnikov, J. Roethle, J.B. Zimmerman, P.T. Anastas

159. De Novo design of molecular inhibitors of ubiquitin C-terminal hydrolases for parkinson

diseases study.D. Kiao, J. An

160. Exploring the rate of surface microbial redevelopment after cleaning in schools: DNA-sequencing and ATP analysis.S.E. Kwan, E. Bar-Zeev, M. Elimelech

161. A sulfur- limonene polysulfide synthesized entirely from industrial byproducts and its use in

removing toxic metals from water and soil.A.M. Evans, M. Crockett, M. Worthington, I. Albuquerque, A. Slattery, C. Gibson, J. Campbell, D. Lewis, G. Bernardes, J. Chalker


Pavilion Ballroom

Poster: Design of Next Generation Catalysis


4:30 - 6:30

162. Exploring main group metal thiolates as alternative Lewis acid catalysts.G.G. Briand, M.

Margeson, S.L. McOnie, J.M. Misener, E.E. Trevors, A. Decken, S.A. Cairns, M.P. Shaver

163. Catalytic urea synthesis utilizing methanol as the C1 feedstock.S. Kim, B. Kang, S. Hong

164. Tuning group VII-based molecular catalysts for CO2 reduction through modification of the first coordination sphere.C.J. Stanton, G. Majetich, H.F. Schaefer, J. Agarwal

165. IR study of aromatic system physisorption on carbon-supported metal catalysts.J. Lindale,

D.G. Kovacs

166. C-N oxidation by flavin mimic organocatalysts: An approach towards synthesis of polycyclic heterocycles.P. Thapa

167. Synthesis of pyridone ligands and iron precursors for the development of iron-based

hydrogenation catalysts.B. Hanscam, L. Boisvert

168. Molecular design of heterogeneous catalysts and electrocatalysts for renewable energy and chemicals.M.A. Haider, S. Gupta, u. Anjum, M. Alam

169. Withdrawn

170. Continuous flow bio-transformations base on enzymes immobilized onto supported ionic liquid like phases (SILLPs).S. Luis, M. Burguete, P. Lozano, E. Garcia-Verdugo, B. Altava

171. Nitric oxide abatement using recycled 3D printed photocatalytic active supports.N. Montesinos, G. Palazzo, M.C. Lorenzo, H. Destaillats, P. Eisenberg, N. Quici, M.I. Litter

172. Development of sulfated titania photocatalyts for degradation of organic pollutants.S.F. Li,

X. Lin

173. Development of novel visible light responsive photocatalysts for water treatment.S.K.

Kansal

174. Catalytic transfer hydrogenation of nitroalkenes to primary amines.R. Hess, B. Phillips

327. Removal of impurities from n-Butane isomerization feedstock using sodalite cage of

faujasite zeolites.S. Singh, N. Goyal, P. Kumar, R. Jasra

330. CeO2/CNTs-CuO composite catalysts for preferential CO oxidation in excess H2 stream.S.

Zeng


Pavilion Ballroom

Poster: Green Chemistry for Society and Markets


4:30 - 6:30

175. Synthesis and characterisation of ionic liquids incorporating benzimidazolate anions.C.

white, J. Holbrey

176. Value added derivatives of bio derived 2,3-butanediol.J. Toland, M. Atkins, J. Holbrey

177. Chemical footprint project as a tool for moving markets to greener chemistry.M. Rossi, C.

Peele

178. The business of sustainability.M. Sanders, N. Pryde, A.M. Noce


Poster: Moving towards more Sustainable Chemical Building Blocks


4:30 - 6:30

179. Mesoporous alumina with amidoxime groups for CO2 sorption at ambient and elevated temperatures.C. Gunathilake, M. Jaroniec

180. Fractionation of lignin using ionic liquids.W.E. Hart, J. Harper, L. Aldous

181. Photo- and electrocatalytic CO2 reduction promoted by non-innocent ligand Mn(I) and Re(I) catalysts.M.E. McKinnon, K.T. Ngo, D.C. Grills, J.J. Rochford

182. Towards a mechanistic understanding of copper-catalyzed reductive lignin depolymerization.L. Petitjean, E.S. Beach, P.T. Anastas

183. Isocyanate-free polyurethanes for safer foams, adhesives and other green materials.A.W.

Myers, T. Dawsey, I.J. Javni, O. Bilic, N. Bilic

184. Synthesis of cardanol oil building blocks for polymer synthesis.S. Caillol

186. Catalytic pyrolysis of vegetable oil to fuels and chemicals in a novel continuous-flow reactor.Y. Shirazi, S. Viamajala, S. Varanasi

187. Conversion of fructose-glucose mixtures to 5-hydroxymethylfurfural (HMF) in a biphasic plug-flow microreactor setup.P.J. Deuss, Z. Zhang, B.E. Lubach, J.A. Hacking, J. Yue, E. Heeres

188. 1D nanocellulose to 2D and 3D functional materials.Y. Hsieh

189. A pectin biorefinery: Galactaric acid production from D-galacturonic acid with an enzymatic

bioanode.R. Sakuta, K. Takeda, H. Ohno, N. Nakamura

191. Sustainable production of HMF from biomass hydrolysates.R. Gogar, P. Relue, S. Viamajala, S. Varanasi

192. Real-time determination of lignin conversion reactions in nanostructural self-assembly of

lignin-ABA block copolymer in aqueous media by NMR.M. Azadfar, W.C. Hiscox, S. Chen

193. New platform of lignin based building blocks for polymers.S. Caillol

194. Lignin to liquid fuels and value-added products using fast pyrolysis and electrocatalytic upgrading.M. Garedew, J.E. Jackson, C.M. Saffron

328. Catalytic conversion of lignocellulose to lignin-derived phenolics and liquid fuels over Cu

doped porous metal oxide.z. sun, K. Barta


Poster: State of the Art Green Chemistry and Engineering


4:30 - 6:30

195. Sustainable molecular gelators: Adaptive next generation materials for structuring liquids.J.R. Silverman

196. Understanding molecular interactions to develop sustainable (green) synthesis of nanosilicas.J.R. Manning, S. Patwardhan

197. Synthesis of gold nanorods using C12EDMAB as a less toxic, alternative growth-directing agent.J.W. Stone, J. Allen, J. Xu, S. Canonico-May

198. Withdrawn

199. Industrial lignin-based thermoplastic elastomers: Solvent-free synthesis, processability, and

tunable mechanical properties via nano-dispersed lignin blends.T. Bova, C.D. Tran, R. Boy, A.K. Naskar

200. What NMR reveals about physisorption and chemisorption in materials for CO2 capture.R.

Marti, M. Sakwa-Novak, C. Morelock, M.S. Conradi, K. Walton, C.W. Jones, S.E. Hayes


Poster: Sustainable Materials


4:30 - 6:30

201. A green route to white-light emission.g. guo, y. chen

202. Bio-reduction of nickel salts using Calotropis gigantea extract for green synthesis of stable Ni and NiO nanoparticles.M. Din

203. Life cycle analysis of carbon nanotube photovoltaic cells.B. Mason, I. Celik, A. Phillips,

M. Heben, D.S. Apul

204. Aminopolycarboxylate ionic liquids and their application for efficient synthesis of organic carbonate fuel additives.D. Tao, K. Huang, S. Dai

205. Synthesis of a metallopolymer used for pollutant gas detection.L. GUYARD, B. Naidji, J.

Husson, A. ET Taouil, F. Berger, J. Sanchez

206. Making the synthesis of N-phenyl-5-aminovaleric acid more sustainable: Green Chemistry for robots.J. Husson, T. Vrlinic, C. Buron, S. Lakard, B. Lakard

207. A salen-Mn(V) catalyzed synthesis of poly(silylether)s from diols, dicarbonyls and

hydrosilanes.S. Vijjamarri

208. Bio-based thermoset polymers from waste vegetable oil.F. Cicaroni Fernandes, P. Wilson, K. Kirwan, S.R. Coles

209. Toward a green multi- layer, multi- functional water filtration unit.C. Fausey, J.B.

Zimmerman

210. Orange peel conversion to carbon nanostructures for dye adsorption from wastewater.A.H.

Pinto, S. Chen, A. Sharma, R. Penn

211. Enzymatic synthesis of polycardanol and their potential application in Industry.l. sharma,

D. Kim

212. Towards sustainable water treatment: Developing selective adsorbents for inorganic contaminants using nano-enabled biomaterials.L.N. Pincus, J. Yamani, J.B. Zimmerman

213. Informing sustainable design of multi-walled carbon nanotubes based on property-function-hazard relationships.M. Falinski, J.B. Zimmerman, L.M. Gilbertson

214. Systems-level evaluation of nano-enabled applications in the agricultural sector: Informing design to maximize net environmental and human health benefit.J. Yin, Y. Wang, L.M. Gilbertson

215. Design and synthesis of “green” oligomer with high bio-based content for UV-curable

coating applications.O. AKDOGAN, S. Shendre, V.M. Mannari

216. Can we meet the new challenges of thermoresponsive non-isocyanates polyurethanes?.S.

Caillol

217. Syntheses of biobased hybrid poly(epoxy-hydroxyurethane) polymers.A. Cornille, S. Caillol

218. Quantum chemical analysis of the mechanism of epoxide/anhydride copolymerization using

metal catalysts.C.R. Dunbar, M. Mandal, M. Sanford, M. Fieser, W.B. Tolman, G.W. Coates, C.J. Cramer

219. A sustainable freeze drying route to porous polysaccharides with tailored hierarchical meso-

and macro-porosity.M. De bruyn, V. Budarin, P. Shuttleworth, J. Dodson, J. Clark

220. Bio-based thermosetting polyesters from softwood lignin: Synthesis, characterization and prospective applications.G. Griffini, C. Scarica, M. Levi, S. Turri

221. Using QM computations to predict the 1H-NMR spectra of metal hydroxo clusters.L. Wills,

A.F. Oliveri, D.W. Johnson, P. Cheong

222. Precise size control and dopant incorporation of metal oxide nanocrystals via a greener, “living” growth synthesis.A.W. Jansons, b. crockett, L.K. Plummer, J.E. Hutchison

329. A size-tunable, low-temperature, high yielding and benign synthesis of maghemite

nanocrystals .s. cooper, L.K. Plummer, A. Smith, J.E. Hutchison, D.W. Johnson


Poster: Synthetic Design in Green Chemistry


4:30 - 6:30

223. Solvent-free noncovalent functionalization of carbon nanotubes with phthalocyanines. V.A.

Basiuk, L.J. Flores-Sánchez, V. Meza-Laguna , L. Bucio, J.O. Flores-Flores , E.V. Basiuk

224. Solvent-free functionalization of multiwalled carbon nanotube-based buckypaper with amines.E.V. Basiuk, I.J. Ramírez-Calera, V. Meza-Laguna , E. Abarca-Morales, L.A. Pérez-Rey, E. Álvarez-Zauco, V.A. Basiuk

225. Exploring keratin films as a substrate in the design of sustainable hair colorants.T.N.

Williams, H.S. Freeman

226. Green synthesis of [1-(substituted-sulfonyl)-piperidin-4-yl]-(2,4-difluoro-phenyl)-methanone oximes and their biological activity.L. MALLESHA

227. Synthesis of new Ru (II) complexes with terpyridines and isothiocyanates ligands, using biomass-derived aldehydes, and their use in DSSCs.F. Charrier, J. Husson, L. GUYARD

228. Advancement of magnetic field application on performance of Fe-Cu/MCM-41 catalysts in

CO2 hydrogenation reaction.S. Kiatphuengporn, M. Chareonpanich

229. Towards a green synthesis of glucosinolates.R. Hewitt

230. Sustainability metrics for the synthesis of active pharmaceutical ingredients (API): Application of FLASC and other mass metrics tools in the assessment of the synthesis of a HIV

drug candidate.J. Guo, S. Xie

231. One-pot, four-component synthesis of medicinally privileged pyranopyrazoles.S.S. Huerta

232. Applying green chemistry principles to improve the efficiency and regioselectivity of the electrophilic addition of bromine to oxindole-3-acetic acid.N. Ivanowsky, E.J. Brush

233. A novel combined gasification and oxidation process in supercritical water for the

valorization of biomasses and wastes.G. Caputo, p. blazquez, f. scargiali, F. Grisafi, A. Brucato

234. Molecular iron complex catalyzed amination of alcohols through the borrowing hydrogen strategy.T. Yan, B. Feringa, K. Barta

235. Green chemistry inspector checklist.M. Simpson, A. Lujan, O. Krel

236. Synthesis of acetylene-based chemicals from calcium carbide: An underestimated chemical

feedstock.s. wacharasindhu, P. Chuentragool, N. Thavornsin, N. Kaewchangwad, M. Sukwattansinitt

237. University of Toronto's green chemistry initiative: Shining a green light on chemical

research and education.I. Mallov

238. Vestaron’s new SPEAR™ line of biopesticide products.B. Kennedy

239. Getting ready for 21st century photochemistry: Teaming up continuous flow and LED.C.R.

Horn, C. Cerato Noyerie, O. Lobet, S. Gremetz

240. Sustainable chemical transformations based on the use of functional polymers under flow

conditions.E. Garcia-Verdugo, S. Luis, M. Burguete, R. Porcar, E. Peris

Hilton Portland & Executive Tower Galleria

ACS GCI 6th Annual Roundtable Poster Reception 6:30pm-8:30pm


ACS Careers Workshop

6:45pm-10:00pm

THURSDAY MORNING

Hilton Portland & Executive Tower Plaza Foyer

7:30am-8:30am

Networking Breakfast 7:30am-3:00pm

Registration

7:30am-3:00pm Exhibits

Hilton Portland & Executive Tower Senate Suite

Designing Precursors for Functional Materials through Sustainable Chemistry

B. L. Maddux, Organizer C. K. Perkins, Organizer, Presiding

8:30 241. Printing with clusters.D.A. Keszler

8:50 242. Metal oxide EUV photoresists: Novel materials in a mature industry.A. Telecky

9:10 243. A synthesis strategy for gold nanoparticle reagents that maximizes performance and minimizes environmental impacts.A. Ginzburg, E. Elliott, Z. Kennedy, J.E. Hutchison

9:30 244. Precise tuning of optoelectronic properties of Sn-doped In2O3 nanocrystals through size and dopant distribution, and their use as additive solution-processed materials in electronic

devices.b. crockett

9:50 245. The effect of aluminum cluster speciation on dielectric thin film properties. C.K.

Perkins, B.L. Fulton, R.H. Mansergh, M. Jenkins, J.C. Ramos, D. Park, J.F. Conley, D.W.

Johnson, D.A. Keszler

10:10 246. Niobium and tantalum polyoxometalates as precursors to metal oxide thin films.L.B.

Fullmer, R. Mansergh, L. Zakharov, D.A. Keszler, M.D. Nyman

10:30 247. Synthesis and non-aqueous solution characterization of new all-inorganic rare-earth clusters as precursors for thin films.D. Marsh, S. Goberna-Ferron, M. Baumeister, L. Zakharov,

M.D. Nyman, D.W. Johnson

10:50 248. Synthesis of double perovskite materials by a bio-milling approach for SOFC electrode.U. Anjum, . M.A. Haider


Forum Suite

Design of Heterogeneous Catalysis

A. Voutchkova, Organizer, Presiding

8:30 249. Multi- functional heterogeneous catalyst for the conversion of ethanol to C4 chemical building block.C. Alvarez-Vasco, m. Gray, H. Job, K.K. Ramasamy

8:50 250. Protecting palladium: Balancing stability and reactivity in support-tether design.D.

Paull

9:10 251. Designing the interface between nanoparticle catalysts and electrode materials for

enhanced electrocatalysis.S.L. Young, J. Kellon, J.E. Hutchison

9:30 252. Selective hydrodeoxygenation of guaiacol over bifunctional Co/Al-MCM-41 catalyst.N.T. Tran, Y. Uemura, A. Ramli

9:50 253. Pesticide remediation: Oxidative degradation of organophosphate neurotoxins by

supported molybdenum-peroxo polymers.L.Y. Kuo

10:10 254. Switchable cycloadditions: A simple, adjustable nickel catalyst system for producing [2+2+2+2] or [2+2+2] cycloaddition products.R.A. Haley, J. Liu, A. Zellner, H. Guan, J. Mack

10:30 255. Palladium-LDHs: Active and recyclable catalysts on decarbonylation of biomass-relevant substrates.N. An, A. Adeniyi, M. Finn, P. Pereira, A. Voutchkova

10:50 256. Inverse molecular design of green catalysts for converting biomass molecules into value-added chemicals.D. Xiao


Design of Processes for Cleaner Water

S. Shukla, Organizer, Presiding

8:30 257. Is there a way to clean drinking water for masses? An overview of the need and the quest of low cost low tech water treatment systems.S. Shukla, A. Shukla

8:50 258. Enhanced capacitive desalination performance with polysaccharide binders.R.D.

Cusick

9:10 259. Withdrawn Move to end

9:10260. Copper coated stainless steel as antimicrobial agent in preventing bacterial growth.S. Shukla, R. Nissankarrao, A. Kucknoor, A. Shukla, R. Cardenas, D. Rutman

9:30261. P. vulgaris self-sustaining ureolysis system for the recycling of wastewater.M.

Morales, I. Gonzalez, R. Martínez, C.R. Cabrera

9:50262. Comparative sorption studies of 17-β estradiol on raw bone powder, bone char and commercial hydroxyapatite.S. Patel, J. Han, W. Gao

10:10263. Highly efficient and greener approach for fluorinating organic compounds.S. Dhingra


Council Suite

Design of State of the Art Green Chemistry Curricula

J. E. Hutchison, Organizer, Presiding

8:30 264. Green chemistry education roadmap: Overview and update.J.E. Hutchison

8:50 265. Infusing the concepts and tools of toxicology into the chemistry curriculum.A.

Voutchkova

9:30 266. Green chemistry education roadmap: Embedding systems thinking in the chemistry curriculum.E.J. Beckman

10:10 267. Toxicology experiments in the general chemistry laboratory curriculum at UC

Berkeley.L.B. Armstrong, M.C. Douskey, M.T. Robak, A.M. Baranger, C.W. Tam, P. Pande, G. Kerstiens

10:30 268. Teaching green chemistry and engineering principles through life cycle inventory

analysis.M. Sabahi

10:50 270. Molecular design research network: Education at the nexus of chemistry and toxicology.K. Mellor, N. Simcox, G. Lasker, M. Mullins, S. Nesmith, P.T. Anastas


Design Strategies to Maximize the Net Environmental and Human Health Benefit of

Emerging Approaches to Environmental Challenges

L. M. Gilbertson, Organizer, Presiding


8:40 271. Sustainable Design Strategies that Consumers Recognize in Polymers.K.

Muenchinger

9:20 272. Green chemistry for healthier skin cleansing: Designing a polymeric surfactant to benefit the consumer and minimize environmental impact.M.J. Fevola, F.C. Sun, R.M. Walters,

G.A. Nystrand, T.J. Futterer, G.N. Stamatas, C. Mack

9:40 273. Valorizing waste cardboard as a low-cost greener building material for India.H.L.

Buckley, C.H. Touchberry, J.P. McKinley, Z. Mathe, H. Muradyan, H. Ling, R.P. Fadadu, M.J.

Mulvihill, S.E. Amrose

10:00 Intermission.

10:05 274. Chloroaluminium phtalocyanine synthesis for transparent organic photovoltaics.E. Lee, C.J. Andrews, A. Anctil

10:25 275. PLATech: A drop-in replacement for urea-formaldehyde in wood-based

composites.A. Bakken, R. Taleyarkhan, B. Archambault

10:45 276. Methane recovery from the anaerobic digestion of food waste and pretreated bioplastic.S.R. Hobbs, A.E. Landis



Broadway I/II

Sustainable Strategies for Next Generation Biologics and Therapeutics

Greener Approaches to Therapeutic Synthetic Polypeptides

K. Budzinski, Organizer

T. Benkovics, Presiding

8:30 322. Peptide API Manufacturing: A green chemists paradise or nightmare?.M.E. Kopach

9:10 323. Biotechnology based production process for a disulfide-bridged peptide.A. Goswami, S.L. Goldberg, R.L. Hanson, R.M. Johnston, O.K. Lyngberg, Y. Chan, E. Lo, S. Chan, N. De

Mas, A. Ramirez, R. Doyle, W. Ding, M. Gao, S.R. Krystek, C. Wan, Y. Kim, D. Calambur, M.R. Witmer, J.W. Bryson

.

9:50324. Synthetic peptide process design and control strategy.A. Lower

10:30325. Solid phase peptide synthesis as method to understand the molecular basis of protein

function.P. Dawson

Hilton Portland & Executive Tower Plaza Foyer

Networking Break 11:10am-11:30am Hilton Portland & Executive Tower Pavilion Ballroom East

Keynote address presented by Nathan Lewis

11:30am-12:30pm

THURSDAY AFTERNOON


Design of Curricular Materials: Rapid Fire Session

J. E. Wissinger, Organizer, Presiding

2:00 282. Sewer science: A calibrated peer review (CPR) writing project for quantitative analysis lab.L.D. Margerum

2:10 283. The next generation of green scientists.D. Paull

2:20 284. Micro-scale synthesis of biofuels in undergraduate research at a community

college.R.R. Klepper

2:30 285. Integrating sustainability into the undergraduate curriculum at UC Berkeley.M.C.

Douskey, M.T. Robak, L.B. Armstrong, G. Kerstiens, A.M. Baranger

2:40 286. Teaching inquiry and sustainability in introductory chemistry by inviting students as

participants in the redesign of a green chemistry laboratory curriculum.V. Lykourinou, J. de la Parra , A. Rovira


3:10 Intermission.

3:40 287. Green making and sustainable team design.T.A. Kwan, J.B. Zimmerman

3:50 288. Connecting green chemistry and toxicology concepts through a senior seminar course.E.J. Brush

4:00 289. Green metric workshop for the undergraduate organic chemistry lab.K.N. Goodwin

4:10 290. Olefin metathesis in the undergraduate organic laboratory.T. Udumulla, A.H. Hussain, D. Richiuso, A. Hussain, H. Herrera, S. Bien-Aime, S.L. Carberry

4:20 291. Introducing green chemistry through a research-based laboratory project.D.G. Kovacs

4:30 292. Oxone replacements of bleach in organic chemistry laboratory experiments.J.E.

Wissinger, J.J. Palesch



Forum Suite

Design of Homogeneous Catalysis

A. Voutchkova, Organizer C. H. Leung, Presiding

2:00 293. Catalytic isomerization of allyl functionalities in water by hexaaquaruthenium(II) tosylate.L.Y. Kuo

2:20 294. Hydroformylation as key step in homogeneous tandem catalytic systems: Towards the synthesis of novel long-chain-polyesters from renewables.T. Seidensticker, A. Vorholt, K.A.

Ostrowksi

2:40 295. Regioselective cobalt-catalyzed hydroboration of 1,3-dienes.K. Dewese, T. RajanBabu

3:00 296. Ligand-assisted cleavage of dihydrogen in the design of new iron hydrogenation catalysts.L. Boisvert

3:20 Intermission.

3:40 297. Computational modeling to advance lignin valorization.L. Berstis, D. Vardon, T.J. Elder, M.F. Crowley, G. Beckham

4:00 298. Synthesis of dicationic main group Lewis acid catalysts using the naphthyl framework.I. Mallov, D.W. Stephan

4:20 299. C-C and C-N bond formation by organocatalytic mimics of flavoprotein oxidases.F.W.

Foss, P. Thapa

4:40 300. Visible light mediated photocatalysis for classical photoreactions.A. Iyer, S. Jockusch, J. Sivaguru


Directors Suite

Design Strategies to Maximize the Net Environmental and Human Health Benefit of

Emerging Approaches to Environmental Challenges

L. M. Gilbertson, Organizer, Presiding

2:00 301. Designing with Okala metrics.P. White

2:40 302. Transiting to a resilient and low-impact urban water infrastructure system: A multi-objective systems approach.R. Wang, J.B. Zimmerman

3:00 303. Life cycle assessment of UV-curable biobased wood flooring coatings.M. Montazeri,

M. Eckelman

3:20 Intermission.

3:40 304. Biomimicry: An approach to life-friendly chemistry.M. Dorfman

4:00 305. Software guided design of safer chemicals.J.R. Vanderveen, P.T. Anastas, J.B. Zimmerman, P.G. Jessop

4:20 306. Difficult choices: Evaluating green decision-making in the regulatory domain.T.

Malloy


Green Chemistry Design for a Rainbow of Colorants

L. Heine, S. van Bergen, Organizers

A. Nestler, Organizer, Presiding

2:00 307. Inadvertent PCB formation from a pigment chemistry perspective.R. Christie

2:20 308. Colored pigments: Chemistry & performance: A technical presentation.R. Kumar

2:35 309. The chemistry of color pigments: Engineering green chemistry solutions to achieve product stewardship goals.R. Mott

2:50 310. Textile colorants: Chemical properties and performance requirements.T. Schaefer

3:05 Discussion: Chemical properties and performance requirements of pigments and dyes: Innovation needs.

3:20 Intermission.

3:40 311. The rainbow of material health criteria to assess colorants: Comparing U.S. EPA Safer

Choice, Cradle to Cradle Certified™, and GreenScreen® criteria.M.H. Whittaker, B. Reid, Z. Guerrette

4:00 312. Industrial application of anthocyanins extracted from food waste.R.S. Blackburn, C.M. Rayner, M. Benohoud

4:20 313. Characterization of the mutagenicity of some phenylenediamine based bisazo

dyes.H.S. Freeman, J.P. Clemmons, L.D. Claxton

4:40 314. Self-assembly of block copolymers to photonic crystals: Nanostructured materials for sustainable structural color.G. Miyake


Senate Suite

Inorganic Thin-Films: From Sustainable Design to Advanced Functionalities

B. L. Maddux, Organizer

C. K. Perkins, Organizer, Presiding

2:00 315. Solution-cast oxide films from aqueous all-inorganic molecular precursors: Solution chemistry, design principles, and electronic applications.S.W. Boettcher, M. Kast, L.J. Enman,

J. Wager, D.A. Keszler

2:40 316. Ion exchange for lower temperature processing and enhanced functionality in solution-processed thin films.R.H. Mansergh, L.B. Fullmer, D. Park, C.K. Perkins, J.M. Amador, M.D.

Nyman, D.A. Keszler

3:00 317. Nontoxic, simple, and inexpensive zinc-aluminum transparent oxide thin-films via spin coating.V. Gouliouk, C.K. Perkins, D.A. Keszler

3:20 Intermission.

3:40 318. Solution-processed niobium phosphate thin films.D. Park, T. Chiang, D. Clayton, N.

Landau, A. Dangerfield , C.K. Perkins, Y.J. Chabal, M. Lonergan, J. Wager, D.A. Keszler

4:00 319. Elucidation of the physiochemical changes from aqueous hafnium peroxide nitrate gel to hafnium oxide thin film.S. Decker, M. Jenkins, D. Park, D.B. Fast, R.H. Mansergh, J.C.

Ramos, M. Dolgos, J.F. Conley, D.A. Keszler

4:20 320. Area Selective Aerosol Deposition. N. Murari, R.H. Mansergh, Y. Huang, D.A. Keszler, J.F. Conley

4:40 321. Inorganic clusters to thin films: Solid-state NMR of group 13 metals (71Ga and 27Al).B.A. Hammann, M.K. Kamunde-Devonish, M. Kast, K. Wentz, S.W. Boettcher, D.W. Johnson, S.E. Hayes


New Directions in Green Synthetic Design

D. K. Leahy, Organizer, Presiding

2:00 64. Ligand-free palladium-catalyzed Suzuki reactions in water: Effects of reaction scale, temperature, pH of aqueous phase and substrate structure.Z. LI, C. Gelbaum, W.L. Heaner, J.S.

Fisk, A. Jaganathan, B. Holden, P. Pollet, C.L. Liotta

2:20 65. Minimizing waste in a mechanochemical Wittig reaction.K. Leahy, K. Benson, L.N. Ortiz-Trankina, C.R. Pace, P. Carr, J. Mack

2:40 66. Poly(4-vinylpyridine) as a green solid support for acid catalysts and reagents.T.

Mathew, S.G. Prakash, G.A. Olah

3:00 67. Abstract to be determined.D.K. Leahy

3:20 Intermission.

3:40 68. Highly efficient synthesis of HIV NNRTI doravirine.D.R. Gauthier

4:20 69. Unsymmetrical aryl(mesityl)iodonium salts as reagents for selective metal-free arylation reactions in organic synthesis.D. Stuart, S. Sundalam, A. Nilova

20th annual green chemistry & engineering conference...

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