TECHNICAL PROGRAM - American Chemical Society Publications

FUEL TECHNICAL PROGRAM
TUESDAY MORNING
Section A
Renaissance Boston Waterfront
Pacific Ballroom D
New Energy Technologies
Catalyst and Nanostructured Materials for
New Energy Applications
C. Liu, J. Chen, J. Wang, Organizers
D. Wang, Y. Hu, Presiding
8:30 132. New nanocatalysts for cleaner energy
provisions. S. Tsang, C. Wu
9:00 133. Nanoengineering catalysts in size,
shape, and composition for fuel cells.
C. Zhong, B. Fang, B. Wanjala,
R. Loukrakpam, J. Yin, J. Luo
9:30 134. Metal-organic frameworks for energy
applications. Y. Hu
10:00 Intermission
10:10 135. Enhancing electrocatalytic activity
by tuning nanoparticle surface structure
and composition. S. Lee, S. Chen,
Y. Shao-Horn
10:40 136. Self-assembled nanostructured
materials for energy storage. D. Wang
11:10 137. Architecture of nanoparticle
structures at nanoscale for energy conversion
applications. C. Wang
Section B
Renaissance Boston Waterfront
Pacific Ballroom E
Storch Award: Symposium in Honor of
Chunshan Song
Fuel Science
C. Song, Organizer
H. Schobert, M. Gray, Presiding
8:30 Introductory Remarks
8:35 138. Characteristics of optimal chain
transfer solvents for heavy hydrocarbon
conversion. M. T. Klein, C. LaMarca
9:10 139. Asphaltene reactions and aggregation:
Insights at the molecular level.
M. R. Gray
9:45 140. Conversion of low-rank coals into
upgraded coals and extracts having similar
chemical and physical properties using
degradative solvent extraction.
L. Xian, Y. Hasegawa, M. Moromoto,
R. Ashida, K. Miura
10:20 Intermission
10:35 141. Experimental and theoretical investigations
of the pyrolysis of lignin
model compounds. P. F. Britt,
A. Buchanan, M. K. Kidder, A. Beste,
B. G. Sumpter
11:10 142. Ultra low sulfur fuels: Impacts of
advanced HDS strategies on automotive
emissions, fuel economy, and energy security.
A. L. Boehman
11:45 143. Advanced simulation tools for
accelerating the development, and deployment
of carbon capture technologies.
A. Cugini, M. Syamlal, B. Morreale
Section C
Renaissance Boston Waterfront
Atlantic Ballroom 2/3
Hydrogen Production and Application
Membrane Technology and H2 Application
Cosponsored by COMSCI
56–TECH
J. Yang, Organizer
X. Wang, Organizer, Presiding
8:30 144. Dry reforming of methane cannot
be used to produce hydrogen.
T. S. Oyama
‡ Cooperative Cosponsorship
9:10 145. Thin-film membranes downstream
to the reactor for novel energy-efficient
processes in H 2 production. G. Centi,
S. Perathoner, S. Abate, G. Iaquaniello
9:30 146. Parameterizations of force constants
in depend on change of induced
local electrostatic field by change of environment
in cluster model and approximate
to bulk model at modeling of ionomer
membrane. F. Keshtova,
S. V. Keshtova
9:50 147. Synthesis and application of micro-mesoporous
material in the catalysts
for the hydrotreating of transport fuels.
Z. Zhao, D. Zhang, Q. Huo, A. Duan,
J. Liu, G. Jiang, H. Pan, T. Dou
10:30 Intermission
10:40 148. Catalysis for the 21st century.
r. J. Farrauto
11:20 149. Use of nuclear energy for future
transportation fuels. J. Herring,
C. Stoots, J. O’Brien
12:00 150. Regenerable adsorbent for liquid
phase JP-8 fuel: A case study of gold/silica
based adsorbent at room temperature.
D. T. Tran, Z. W. Dunbar, D. Chu
Section D
Renaissance Boston Waterfront
Caspian
Fuel Cell Chemistry and Operation II
Membranes Cosponsored by CATL
(probationary)
S. Hamrock, Organizer
A. Herring, Organizer, Presiding
8:30 Introductory Remarks
8:35 151. FTIR study of perfluorinated ionomer
membranes and model compounds.
S. Schlick, L. Lin, M. Danilczuk,
S. J. Hamrock, M. S. Schaberg
9:00 152. Polystyrene-based superacidic
fluoroalkyl sulfonated ionomers for fuel
cell applications. Y. Chang,
L. V. Brownell, T. Jo, C. Bae
9:25 153. Hybrid inorganic/polymer ionomers
for low RH fuel cell operation.
A. M. Herring, J. L. Horan, M. Kuo,
G. J. Schlichting, Z. Ziegler, F. Zhang,
J. Jessop, S. Nelson
9:50 154. Molecular dynamics simulation
study of hydrated sulfonated poly (ether
ether ketone) for application to polymer
electrolyte membrane fuel cells in comparison
with sulfonated polystyrene.
G. F. Brunello, B. Watson, J. Fuller,
S. Lee, S. Jang
10:15 Intermission
10:25 155. Inorganic sol-gel modified solution
cast Nafion ® membranes for optimum
performance and durability in fuel
cells. S. Kulkarni, K. Mauritz
10:50 156. Selective transport properties
and water binding in proton exchange
membranes. H. Xie, T. Saito, K. Xu,
Q. Wang, M. A. Hickner
11:15 157. Broadband dielectric spectroscopy
studies of instrument - in situ annealed
poly (2,5- benzimidazole) membrane
materials. A. Nalawade,
M. K. Hassan, K. A. Mauritz, M. H. Litt
11:40 158. Design of triazole bearing sol-gel
membranes as water free proton exchange
membranes for hydrogen fuel
cells, effect of crosslink density, and heterocycle
content on membrane performance.
S. Granados-Focil,
J. R. Conway, Y. Meng, L. Smith
Surface Science of Catalysis Sponsored by
CATL (probationary), Cosponsored by COLL,
FUEL, and PETR
TUESDAY AFTERNOON
Section A
Renaissance Boston Waterfront
Pacific Ballroom D
New Energy Technologies
Catalyst and Nanostructured Materials for
New Energy Applications
C. Liu, J. Chen, J. Wang, Organizers
C. Sykes, Q. Ge, Presiding
1:30 159. Tungsten carbides as alternative
electrocatalysts: From surface science
studies to fuel cell evaluation. J. G. Chen
2:00 160. Catalyzing the catalyst: Hydrogen
dissociation and spillover on individual
isolated palladium atoms. H. Tierney,
A. Baber, J. Kitchin, C. Sykes
2:30 161. Understanding and designing hydrogen
storage materials based on first
principle computational analysis. Q. Ge
3:00 162. Thermally reversible hydrino catalyst
systems as a new power source.
R. Mills, G. Zhao, K. Akhtar, Z. Chang,
J. He, X. Hu, G. Wu, J. Lotoski, G. Chu
3:30 Intermission
Section B
Renaissance Boston Waterfront
Pacific Ballroom E
Storch Award: Symposium in Honor of
Chunshan Song
Future Fuels and CO2 C. Song, Organizer
C. Burgess, S. Oyama, Presiding
1:30 Introductory Remarks
1:35 163. Development of coal-based jet
fuel: From JP-900 to JP-8 and Jet-A.
H. Schobert
2:10 164. From catalytic coal liquefaction to
CO 2 capture and conversion towards fuels
of the future. C. Song
3:00 Intermission
3:20 165. Discovery of the benefits produced
when carbon dioxide is used in
chemical, biological or technological applications.
M. Aresta
3:55 166. Development of highly functional
TiO2 thin film materials by a RF magnetron
sputtering method and their applications
in the production of H2 from H2O
and dye-sensitizer-free thin film solar
cells. M. Anpo
4:30 167. Mesoporous carbon and carbonbased
nanocomposites as catalyst support
for celluose conversion into polyols.
A. Wang, Y. Zhang, J. Xu, J. Pang,
M. Zheng, Y. Huang, T. Zhang
Section C
Renaissance Boston Waterfront
Atlantic Ballroom 2/3
Hydrogen Production and Application
Biological and Solar Methods Cosponsored
by COMSCI
J. Yang, Organizer
X. Wang, Organizer, Presiding
1:30 168. Hydrogen production in Clostridium
thermocellum via dark fermentation
of lignocellulosic biomass. J. Jo,
L. Magnusson, S. Thammannagowda,
G. Pennington, P. Maness
2:10 169. Synthesis and characterizaton of
silver gallium selenide thin film for photoelectrochemical
application. L. Chen,
H. Tang, S. Shet, H. Wang, Y. Yan,
J. Turner, M. Al-Jassim
2:30 170. Photocatalytic hydrogen generation
through water splitting on nano-crystalline
LaFeO 3 perovskite. S. N. Tijare,
M. M. Joshi, S. S. Rayalu,
N. K. Labhasetwar
2:50 171. Visible light induced photoreduction
of water by N- doped mesoporous titania.
M. M. Joshi, P. A. Mangrulkar,
S. N. Tijare, S. Metkar, N. K. Labhsetwar,
S. S. Rayalu
3:10 172. Photoproduction of H 2 from water
and biowastes using titania-based catalysts.
G. Centi, R. Passalacqua,
P. Fornasiero, C. Ampelli, S. Perathoner
3:30 Intermission
3:40 173. Photosynthetic hydrogen production
from water splitting in the model organism
Chlamydomonas reinhardtii.
P. King, K. Ratcliff, M. Ghirardi
4:20 174. Nano cobalt oxide for photocatalytic
hydrogen production.
P. A. Mangrulkar,M.V.Joshi,
N. K. Labhsetwar, V. Polshettiwar,
S. S. Rayalu
4:40 175. Cadmium stannates as model
photocatalytic systems for water decomposition
and pollution abatement.
B. Viswanathan, R. Viswanath,
T. varadarajan, G. Magesh
5:00 176. Effect of borate in photocatalysis.
L. Gongxuan, J. Zhiliang
5:20 177. Dissociation of H 2S in low current
gliding arc tornado discharge.
T. P. Nunnally, K. Gutsol, A. Rabinovich,
A. Fridman, A. Starikovskii, A. Gutsol,
A. Kemoun
Section D
Renaissance Boston Waterfront
Caspian
Fuel Cell Chemistry and Operation II
Membranes and Fuel Cell Operation
A. Herring, Organizer
S. Hamrock, Organizer, Presiding
1:30 178. New fuel cell membrane development
at 3M. M. Schaberg, J. Abulu,
M. Emery, G. Haugen, P. Xiong,
S. Hamrock
1:55 179. Thin film quartenary ammonium
and phosphonium based anion exchange
membranes. C. Arges, S. Kulkarni,
A. Baranek, K. Pan, M. Jung, D. Patton,
K. Mauritz, V. Ramani
2:20 180. Anion exchange membranes
based on highly fluorinated poly (arylene
ether). J. Yan,B.L.Chaloux,
M. A. Hickner
2:45 181. Durability studies on performance
degradation of catalysts and Nafion®
membrane in direct methanol fuel cells.
D. Kumari, E. S. Smotkin, C. Grice
3:10 Intermission
3:30 182. Perfluorocyclobutyl (PFCB) polymers
for proton exchange membrane fuel
cell (PEMFC) applications. G. D. Kalaw,
J. N. Wahome, K. J. Balkus,
I. H. Musselman, D. Yang, J. P. Ferraris
3:55 183. RoleofCeO 2 addition to TiO 2based
adsorbent in adsorptive desulfurization:
A DFT study. J. Guo, S. Watanabe,
M. Janik, C. Song
4:20 184. Synthesis and comparative electrocatalytic
study of Pt 3Ni nanoctahedra
and nanocubes. J. Zhang, H. Yang,
S. Zou, J. Fang
4:45 185. Characterization of flow-through
microbial fuel cells. S. Higgins,
S. Minteer, M. Cooney
5:10 186. Diesel fuel desulfurization for use
in fuel cells. A. Jayaraman, G. Alptekin,
J. Monroe, M. Dubovik
Photographing or recording
meeting sessions and/or
activities other than your own
are prohibited at all official
ACS events without written
consent from ACS.