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TECHNICAL PROGRAM - American Chemical Society Publications

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WEDNESDAY EVENING<br />

Black Carbon as Geosorbent and Beyond:<br />

Contaminant Sorption, Soil Fertilization,<br />

and Carbon-Negative Strategy Sponsored<br />

by ENVR, Cosponsored by GEOC<br />

Surface and Interfacial Phenomena in<br />

Environmental Processes Sponsored by<br />

ENVR, Cosponsored by COLL and GEOC<br />

THURSDAY MORNING<br />

Black Carbon as Geosorbent and Beyond:<br />

Contaminant Sorption, Soil Fertilization,<br />

and Carbon-Negative Strategy<br />

Utilization of Black Carbon Products in<br />

Agriculture, Environmental Remediation,<br />

and Other Applications Sponsored by ENVR,<br />

Cosponsored by GEOC<br />

THURSDAY AFTERNOON<br />

Black Carbon as Geosorbent and Beyond:<br />

Contaminant Sorption, Soil Fertilization,<br />

and Carbon-Negative Strategy<br />

Fate and Function of Black Carbon in Soil<br />

and Sediment Sponsored by ENVR,<br />

Cosponsored by GEOC<br />

HIST<br />

Division of the History of<br />

Chemistry<br />

S. C. Rasmussen, Program Chair<br />

SUNDAY AFTERNOON<br />

Section A<br />

Seaport Hotel<br />

Flagship Room A<br />

General Papers<br />

S. C. Rasmussen, Organizer, Presiding<br />

1:30 1. On the trail of a Thomas Thomson<br />

work published in Philadelphia.<br />

B. Charton, B. N. Charton<br />

2:00 2. Charles Darwin and chemistry.<br />

M. D. Saltzman<br />

2:30 3. Dawn of biological activity prediction.<br />

M. Charton<br />

3:00 Intermission<br />

3:15 4. Did John Frederick William Herschel<br />

discover molecular chirality before Louis<br />

Pasteur? J. Gal<br />

3:45 5. Robert L. Alldredge, chemical engineer,<br />

inventor, entrepreneur, developer of<br />

Octolig®. D. F. Martin<br />

4:15 6. Hydrogen to Copernicium: An elemental<br />

history of the periodic table.<br />

D. Rabinovich<br />

MONDAY MORNING<br />

Section A<br />

Seaport Hotel<br />

Constitution Room<br />

Anna Jane Harrison: ACS President, Her<br />

Science and Her Legacy Cosponsored by<br />

WCC<br />

J. Hayes, Organizer, Presiding<br />

8:15 Introductory Remarks<br />

8:25 7. Anna J. Harrison: Teacher and<br />

leader. L. P. Eubanks<br />

8:55 8. Anna Jane Harrison at Mount<br />

Holyoke College. M. Campbell<br />

9:25 9. From toxic smoke to the structure<br />

and reactions of organic compounds: The<br />

chemical research of Anna Jane Harrison.<br />

J. M. Hayes<br />

9:55 Intermission<br />

10:15 10. Anna Jane Harrison: First woman<br />

elected as ACS President. H. M. Free,<br />

J. M. Hayes<br />

10:45 11. Anna Jane Harrison: Policy leader.<br />

M. L. Good, M. A. Cavanaugh<br />

11:15 12. Anna Jane Harrison from afar.<br />

M. F. Singleton<br />

11:45 Panel Discussion<br />

Chemistry and Policy: Solving Problems at<br />

the Interface<br />

The Interface, Health, Environment, and<br />

Security Sponsored by CHED, Cosponsored<br />

by AGRO, ANYL, BIOL, CCPA, CHAS, COLL,<br />

HIST, I&EC, INOR, NUCL, ORGN, POLY,<br />

PRES, SCHB, and WCC<br />

MONDAY AFTERNOON<br />

Section A<br />

Seaport Hotel<br />

Constitution Room<br />

Classic Books in Chemistry VII: Physical<br />

Chemistry Books from New England<br />

Financially supported by Bolton <strong>Society</strong><br />

N. Heindel, Organizer<br />

G. Patterson, Organizer, Presiding<br />

1:30 13. Physical chemistry before Ostwald:<br />

The textbooks of Josiah Parsons Cooke.<br />

W. B. Jensen<br />

2:10 14. Henry Adams and the application<br />

of thermodynamics to history.<br />

R. A. Egolf, P. A. Khoury<br />

2:40 15. Measures of the spread: The influence<br />

of statistics on J. Willard Gibbs and<br />

the influence of Gibbs on statistics.<br />

C. Cobb<br />

3:10 Intermission<br />

3:30 16. Richards the First. P. J. Karol<br />

4:00 17. “<strong>Chemical</strong> Thermodynamics”, by<br />

Kirkwood and Oppenheim. T. Keyes<br />

4:30 18. MIT and the physical chemistry laboratory:<br />

Charles Kraus and “The Properties<br />

of Electrically Conducting Systems”.<br />

G. D. Patterson<br />

Chemistry and Policy: Solving Problems at<br />

the Interface<br />

The Scientist in Public Service, Energy, and<br />

Innovation Sponsored by CHED,<br />

Cosponsored by AGRO, ANYL, CHAS, COLL,<br />

HIST, I&EC, INOR, NUCL, ORGN, POLY, and<br />

PRES<br />

MONDAY EVENING<br />

Boston Convention & Exhibition Center<br />

Hall C<br />

Sci-Mix<br />

S. C. Rasmussen, Organizer<br />

8:00–10:00<br />

14. See previous listings.<br />

THURSDAY MORNING<br />

Busted: Myths of a <strong>Chemical</strong> Nature<br />

Sponsored by CHED, Cosponsored by HIST<br />

I&EC<br />

Division of Industrial and<br />

Engineering Chemistry<br />

J. T. Ciszewski, Program Chair<br />

SUNDAY MORNING<br />

Section A<br />

Boston Convention & Exhibition Center<br />

Room 160B<br />

Green Synthesis and Materials Processing<br />

using Tunable Fluids Financially supported<br />

by Novel Chemistry with Industrial<br />

Applications subdivision of I&EC<br />

C. Kitchens, C. Roberts, Organizers,<br />

Presiding<br />

8:00 Introductory Remarks<br />

8:05 1. Supercritical carbon dioxide expanded<br />

polymerization of methyl methacrylate.<br />

J. Li, J. El Harfi, S. M. Howdle,<br />

D. J. Irvine<br />

8:25 2. Microwave-assisted polymerization<br />

of �-caprolactone using stannous 2-ethylhexanoate<br />

and purposely added alcohol.<br />

N. T. Nguyen, M. J. Kamaruddin,<br />

S. M. Howdle, S. W. Kingman,<br />

J. P. Robinson, D. J. Irvine<br />

8:45 3. Designer reversible ionic liquids for<br />

CO2 capture. R. Jha, A. Fadhel,<br />

V. Blasucci, R. Hart, P. Pollet, C. L. Liotta,<br />

C. A. Eckert<br />

9:05 4. Combining homogeneous reactions<br />

with heterogeneous separations for hydroformylation<br />

reactions using tunable<br />

solvents. A. Z. Fadhel,J.Ford,<br />

V. Llopis-Mestre, P. Pollet, C. L. Liotta,<br />

C. A. Eckert<br />

9:25 Intermission<br />

9:40 5. Precipitation and fractionation of<br />

nanoparticles using gas-expanded mixtures<br />

as tunable solvents.<br />

S. R. Saunders, C. B. Roberts<br />

10:00 6. Immobilized nanoparticle coatings<br />

deposited via gas-expanded liquids for<br />

improved microtribology control.<br />

K. M. Hurst, N. Ansari, C. B. Roberts,<br />

W. Ashurst<br />

10:20 7. Small angle neutron scattering of<br />

alkanethiol stabilized nanoparticles in gas<br />

expanded liquids. G. V. White,<br />

C. L. Kitchens<br />

10:40 8. Reversible reactions of CO2 with<br />

amino-terminated SAM’s employing a<br />

protection/deprotection mechanism for<br />

smart surfaces. F. Mohammed,<br />

C. L. Kitchens<br />

11:00 Concluding Remarks<br />

Ionic Liquids in Sustainable Energy and<br />

Fuels<br />

CO2 Capture, Gas Absorption and<br />

Separations Sponsored by FUEL,<br />

Cosponsored by I&EC<br />

SUNDAY AFTERNOON<br />

Section A<br />

Boston Convention & Exhibition Center<br />

Room 160B<br />

Green Chemistry for Drugs that Make a<br />

Difference Financially supported by Green<br />

Chemistry Engineering subdivision of I&EC<br />

J. Manley, D. Hughes, Organizers,<br />

Presiding<br />

1:00 Introductory Remarks<br />

1:05 9. How green chemistry can contribute<br />

to pharmaceutical industry sustainability:<br />

Accomplishments and opportunites.<br />

B. W. Cue<br />

1:25 10. Laropiprant (Tredaptive): Development<br />

toward an efficient and green<br />

manufacturing process. G. R. Humphrey<br />

1:45 11. Green biocatalytic chemistry for<br />

drug manufacture. J. Grate<br />

2:05 Intermission<br />

2:20 12. Greening up the Grignard reaction<br />

in the pharmaceutical industry: Development<br />

of continuous stirred tank reactor<br />

(CSTR) processes. M. E. Kopach,<br />

J. Groh McClary, M. D. Johnson<br />

2:40 13. Enabling green chemistry through<br />

process research: Development of large<br />

scale process for a LFA-1 inhibitor.<br />

D. Krishnamurthy, X. Wang, R. Frutos,<br />

L. Nummy, T. Wirth, L. Zhang, Y. Xu,<br />

X. Sun, D. Reeves, C. H. Senanayake<br />

3:00 14. Pharmaceutical green chemistry at<br />

Amgen. J. L. Tucker<br />

3:20 Concluding Remarks<br />

MONDAY MORNING<br />

Section A<br />

Boston Convention & Exhibition Center<br />

Room 160B<br />

Hydrocarbons from Biomass (HyBi):<br />

Emerging Research Financially supported by<br />

National Science Foundation<br />

S. Morton, Organizer, Presiding<br />

8:30 Introductory Remarks<br />

8:35 15. Hydrocarbons from biomassemerging<br />

frontier programs funded by the<br />

National Science Foundation. G. J. Antos<br />

9:00 16. EFRI-HyBi: Algal oils to “drop-in”<br />

replacements for petroleum transportation<br />

fuels. H. H. Lamb, J. Burkholder,<br />

W. L. Roberts, H. W. Sederoff,<br />

L. F. Strikeleather<br />

9:35 17. Bioengineering a system for the direct<br />

production of biological hydrocarbons<br />

for biofuels. J. V. Shanks,<br />

B. J. Nikolau, T. A. Bobik, G. S. Nadathur,<br />

G. V. Wolfe<br />

10:10 18. Autothermal conversion of biomass<br />

compounds to transportation fuels<br />

using multifunctional stratified reactors.<br />

M. Skinner, A. Bhan, L. Schmidt,<br />

M. Tsapatsis<br />

10:45 19. Fungal processes for direct bioconversion<br />

of cellulose to hydrocarbons.<br />

B. A. Peyton, N. D. Mallette,<br />

R. P. Carlson<br />

Chemistry and Policy: Solving Problems at<br />

the Interface<br />

The Interface, Health, Environment, and<br />

Security Sponsored by CHED, Cosponsored<br />

by AGRO, ANYL, BIOL, CCPA, CHAS, COLL,<br />

HIST, I&EC, INOR, NUCL, ORGN, POLY,<br />

PRES, SCHB, and WCC<br />

MONDAY AFTERNOON<br />

Section A<br />

Boston Convention & Exhibition Center<br />

Room 160B<br />

Hydrocarbons from Biomass (HyBi):<br />

Emerging Research Financially supported by<br />

National Science Foundation<br />

S. Morton, Organizer, Presiding<br />

GEOC/HIST/I&EC<br />

1:00 20. Maximizing conversion of biomass<br />

carbon to liquid fuel. F. H. Ribeiro,<br />

M. M. Abu-Omar, R. Agrawal,<br />

N. C. Carpita, W. Delgass, M. C. McCann<br />

1:35 21. Lignin deconstruction for the production<br />

of liquid fuels. R. Andrews,<br />

M. Crocker, S. DeBolt, M. Meier,<br />

S. A. Morton<br />

2:10 22. Hydrothermal liquefaction of microalgae<br />

to make crude bio-oils.<br />

P. Savage<br />

2:45 23. Green aromatics by catalytic fast<br />

pyrolysis of lignocellulosic biomass.<br />

G. W. Huber, J. Cho, T. Carlson,<br />

R. Coolman, V. Agarwal, S. Almalkie,<br />

Y. Lin, S. Auerbach, S. de Bruyn Kops,<br />

T. J. Mountziaris, W. C. Conner,<br />

J. M. Davis, P. Dauenhauer<br />

3:20 Moderator’s Remarks<br />

3:25 24. Biodiesel production potential of algal<br />

lipids extracted with supercritical carbon<br />

dioxide. L. Soh, J. Zimmerman<br />

3:50 25. Intrinsic kinetics and heats of reactions<br />

for cellulose pyrolysis and char formation.<br />

J. Cho, Y. Lin, J. M. Davis,<br />

G. W. Huber<br />

AES Science and Technology<br />

Hydrogen as a Resource Sponsored by<br />

COMSCI, Cosponsored by CATL<br />

(probationary), FUEL, I&EC, INOR, and PMSE<br />

Chemistry and Policy: Solving Problems at<br />

the Interface<br />

The Scientist in Public Service, Energy, and<br />

Innovation Sponsored by CHED,<br />

Cosponsored by AGRO, ANYL, CHAS, COLL,<br />

HIST, I&EC, INOR, NUCL, ORGN, POLY, and<br />

PRES<br />

The official technical program<br />

for the 240th National Meeting<br />

is available at:<br />

www.acs.org/boston2010<br />

TECH–59

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