TECHNICAL PROGRAM - American Chemical Society Publications

FUEL TECHNICAL PROGRAM
Section C
Renaissance Boston Waterfront
Brewster
Non-thermal Plasma Assisted Fuel
Conversion for Green Chemistry
General Future Fuel Issues
A. Gutsol, T. Nozaki, Organizers, Presiding
8:30 Introductory Remarks
8:35 8. Acidity analysis of HZSM-5 zeolite
prepared using plasma template removal
via dielectric barrier discharges. Y. Liu,
P. Kuai, P. Huo, C. Liu
8:55 9. Low temperature plasma assisted
dissociation of hydrogen sulfide.
K. Gutsol, T. Nunnally, A. Rabinovich,
A. Starikovskiy, A. Fridman, A. Gutsol,
A. Kemoun
9:15 10. Effect of plasma assisted pretreatment
of wheat straw on enzymatic hydrolysis,
and ethanol fermentation.
N. Schultz-Jensen, Z. Kadar, F. Leipold
9:35 11. Chemical intermediate detection
following corona discharge on volatile organic
compounds: General method using
molecular beam techniques. L. He,
M. Sulkes
9:55 12. Current-voltage characteristics of
in-liquid plasma. S. Nomura, S. Mukasa,
H. Toyota, M. Kageura
10:15 Intermission
Section A
Renaissance Boston Waterfront
Pacific Ballroom D
Nanotech for Sustainable Energy and Fuels
Solar Energy and Photocatalysis
C. Liu, F. Besenbacher, Z. Wang,
Organizers
E. Kadossov, Presiding
U. Burghaus, Organizer, Presiding
9:00 Introductory Remarks
9:05 13. CuO x /TiO 2 nanostructure for photocatalytic
hydrogen production.
V. Gombac, T. Montini, L. Sordelli,
M. Cargnello, P. Fornasiero
9:25 14. Design considerations for nanowire
heterojunctions in solar energy conversion/storage
applications.
K. V. Hagedorn, C. Forgacs, S. Collins,
S. Maldonado
9:45 15. Synthesis and characterization of
TiO 2 nanotube films via pulsed laser deposition
for solar cell applications.
S. D. Perera, K. J. Balkus
10:05 Intermission
10:15 16. Synthesis of fullerene tethered
double-cable diblock copolymers based
on P3HT and its application in polymer
solar cells. D. Lee, J. P. Ferraris
10:35 17. Enhancing photochemical activity
of semiconductor nanoparticles with optically
active metallic nanostructures: Photochemistry
mediated by surface plasmons.
S. Linic, P. Chrisotpher,
D. B. Ingram
10:55 18. High efficiency water photolysis
by titanium dioxide nanowire thin films.
M. Liu,N.d.Snapp,H.Park
11:15 19. Porphyrin sensitized solar cell:
Synthesis, photophysics, and photovoltaics.
H. He, V. Pogula, M. Shrestha,
M. Dubey, Y. Zhong, M. Yan, X. Yan
54–TECH
‡ Cooperative Cosponsorship
Section C
Renaissance Boston Waterfront
Brewster
Non-thermal Plasma Assisted Fuel
Conversion for Green Chemistry
Stationary Plasma Fuel and CO2 Conversion
A. Gutsol, T. Nozaki, Organizers, Presiding
10:35 20. Plasma fuel reforming.
A. Fridman, A. Rabinovich, A. Gutsol
11:05 21. Decomposition of CO2 by large
flow atmospheric microwave plasma
(LAMP). S. Parajulee, S. Ikezawa,
M. Hayakawa
11:25 22. Dissociation of CO2 in low current
gliding arc plasmatron. T. P. Nunnally,
K. Gutsol, A. Rabinovich, A. Fridman,
A. Starikovskii, A. Gutsol, A. Kemoun
11:45 23. Non-thermal plasma-chemical
CO2 utilization: COx polymer formation.
R. Geiger, D. Staack
12:05 24. Dry reforming of methane using a
dielectric barrier plasma reactor.
J. C. Whitehead, H. J. Gallon, X. Tu,
M. V. Twigg
Operando and In Situ Spectroscopy
X-ray Methods Sponsored by CATL
(probationary), Cosponsored by COLL, FUEL,
and PETR
SUNDAY AFTERNOON
Section A
Renaissance Boston Waterfront
Pacific Ballroom D
Nanotech for Sustainable Energy and Fuels
Catalyst and Nanomaterials Cosponsored by
CATL (probationary)
C. Liu, F. Besenbacher, Z. Wang,
Organizers
U. Burghaus, Organizer, Presiding
R. Tenne, Presiding
1:25 Introductory Remarks
1:30 25. Catalytic model systems studied by
high-resolution, video-rate scanning tunneling
microscopy. F. Besenbacher
2:05 26. Core-shell catalysts and bimodal
catalysts for Fischer-Tropsch synthesis.
N. Tsubaki
2:40 27. Effect of surface oxygen containing
groups on carbon nanotube supported
catalyst. X. Wang, N. Li, L. D. Pfefferle,
G. L. Haller
3:00 28. Bond activation in thiophene and
catalyst poisoning: Nanosize Mo clusters
supported on silica for desulfurization catalysis.
E. Kadossov, M. Komarneni,
J. Justin, U. Burghaus
3:20 29. Free-standing palladium/polyamide
6 nanofibers for electrooxidation of alcohols
in alkaline medium. L. Su, W. Jia,
Y. Lei
3:40 Intermission
3:50 30. Routes for core-shell inorganic
nanotubes. R. Kreizman, S. Y. Hong,
F. L. Deepak, A. N. Enyashin,
R. Popovitz-Biro, A. Albu-Yaron,
G. Seifert, R. Tenne
4:25 31. Reversible nanoconfined chemical
reaction. T. K. Nielsen,U.Bösenberg,
R. Gosalawit, M. Dornheim, Y. Cerenius,
T. Jensen, F. Besenbacher
4:45 32. How geometry relaxation in metallic
nanoparticle affects the oxygen reduction
reaction. C. Lu, G. Henkelman
5:05 33. Correlation between preparation
methods and surface carbon formed in
CH 4 and CO 2 dry reforming on Ni-based
catalysts. L. Guczi, A. Kiennemann,
G. Stefler
5:25 34. Promotion effect of nano Ga 2O 3
particles on CO 2 adsorption and conversion.
Y. Pan, P. Kuai, Y. Liu, C. Liu
5:45 35. Palladium/titanium dioxide nanofibers
for glycerol electrooxidation in alkaline
medium. L. Su, W. Jia, Y. Lei
Section B
Renaissance Boston Waterfront
Pacific Ballroom E
Ionic Liquids in Sustainable Energy and
Fuels
Extraction and Separation
E. Maginn, W. Henderson, Organizers
P. Wasserscheid, Presiding
2:00 36. Ionic liquids in catalytic conversion
and separation processes for the production
of clean and sustainable fuels.
P. Wasserscheid
2:35 37. Ionic liquids as sustainable solvents
in petrochemicals extraction.
W. Meindersma,F.S.Onink,
A. R. Hansmeier, A. B. de Haan
3:10 38. Developing inexpensive eutectic
ionic liquids for biodiesel synthesis.
H. Zhao, S. Holmes
3:45 Intermission
4:00 39. Towards in situ extraction of biofuels
from fermentations with ionic liquids:
Partitioning and bacterial toxicology.
S. A. Gangu, L. R. Weatherley,
A. M. Scurto
4:20 40. Extraction of lipids and biodiesel
from biomass using co-solvent mixtures
of ionic liquids and polar covalent molecules.
G. Young, M. J. Cooney
4:40 41. Ionic liquid pretreatment of poplar
wood at room temperature: Swelling and
incorporation of nanoparticles. M. Lucas,
B. A. Macdonald, G. L. Wagner,
S. A. Joyce, K. D. Rector
5:00 42. Dissolution of polyaromatics in
ionic liquids. W. Henderson, M. Gebbie
Section C
Renaissance Boston Waterfront
Brewster
Non-thermal Plasma Assisted Fuel
Conversion for Green Chemistry
On-Board Plasma Fuel and Methane
Conversion
A. Gutsol, T. Nozaki, Organizers, Presiding
2:00 43. Plasma reforming of E85 for hydrogen
rich gas production. X. Zhu,
T. Hoang, L. Lobban, R. Mallinson
2:30 44. Single step methane conversion
into liquid oxygenates using multiphase
flow, microplasma reactor. T. Nozaki,
A. Agiral, S. Yuzawa,
H. J. Gardeniers, k. 0kazaki
2:50 45. Oxidation of carbon particle by lattice
oxygen on/in oxide catalyst with an
application of electrical discharge.
Y. Sekine, H. Koyama, M. Matsukata,
E. Kikuchi
3:10 46. Plasma-catalytic hybrid system using
spouted bed with gliding arc discharge.
H. Lee, H. Sekiguchi
3:30 47. Oxidation of methane in a DBD-catalyst
system with rare gas dilution.
A. Janeco, N. Pinhão, A. Ferreira,
J. Branco
3:50 Intermission
4:05 48. Effect of discharge properties on
conversion of methane using pulsed DC
discharge field. M. Okada, R. Hattori,
Y. Kuwayama, S. Furukawa, T. Hiaki
4:25 49. Non thermal plasma reforming of
hydrocarbon fuels with gliding arc discharge.
F. Odeyemi, M. Gallagher,
A. Rabinovich, A. Fridman
4:45 50. Methane conversion to higher hydrocarbons
using warm non-equilibrium
microplasma glow discharge. S. Parimi,
D. Staack
5:05 51. Coke free dry reforming of n-dodecane
by low energy pulsed electric discharge
at low temperature.
Y. Sekine, n. furukawa, M. Matsukata,
E. Kikuchi
5:25 Concluding Remarks
MONDAY MORNING
Section A
Renaissance Boston Waterfront
Pacific Ballroom D
Nanotech for Sustainable Energy and Fuels
Energy Storage
C. Liu, F. Besenbacher, U. Burghaus,
Z. Wang, Organizers
E. Kadossov, M. Liu, Presiding
8:30 52. Metal oxide/carbon nanotubes
nano-hybrid materials for energy storage
applications. S. Ma, J. Kim, H. Kim,
H. Choi, K. Kim
8:50 53. High lithiation capacity and rate capability
observed with amorphous MoO 2
electrodes for lithium-ion batteries. S. Oh,
J. Ku, J. Ryu
9:10 54. Virus templated lithium ion battery
materials: New cathodes for higher energy
and capacity. M. A. Allen,
R. Kolesnikov-Lindsey, A. M. Belcher
9:30 55. Defects enhanced Li-ion intercalation
properties in nanostructured electrodes
for lithium ion batteries. D. Liu,
D. Yu, G. Cao
10:05 Intermission
10:15 56. Multiscale synthesis of functional
nanostructured materials for energy applications.
J. Liu
10:50 57. Effect of anion substitution in
metal borohydrides. L. H. Rude,
Y. Filinchuk, M. Sørby, B. Hauback,
T. Jensen
11:10 58. Energy materials under extreme
conditions: Electro-thermo-mechanical
coupling in TEM. R. Shahbazian Yassar,
H. Ghassemi, A. Asthana, Y. K. Yap
11:30 59. Coaxial electrospun PEG/PVDF-
(core/sheath) composite non-woven mats
as energy storage material. J. Park,
T. Nguyen
11:50 60. Catalytic activation of CO 2 into
useful carbonates products over metallic
nanocatalysts supported on metal organic
frameworks. V. Abdelsayed,
Y. Fan, T. Gardner
Section B
Renaissance Boston Waterfront
Pacific Ballroom E
Ionic Liquids in Sustainable Energy and
Fuels
Biomass Processing
E. Maginn, Organizer
W. Henderson, Organizer, Presiding
8:30 61. How can we improve the dissolution
and recovery of biopolymers from
biomass in ionic liquids specifically for
biofuels applications? W. Li, N. Sun,
R. D. Rogers
9:05 62. From cellulose to fermentable sugars.
R. Rinaldi, P. Engel, J. Büchs,
A. C. Spiess, F. Schüth
9:25 63. Enzymatic hydrolysis of lignocellulose
in ionic liquid-aqueous systems.
P. W. Wolski, K. Shill, H. W. Blanch,
D. S. Clark
9:45 64. Fermentable sugars by chemical
hydrolysis of biomass in an ionic liquid.
R. T. Raines
10:05 Intermission
Photographing or recording
meeting sessions and/or
activities other than your own
are prohibited at all official
ACS events without written
consent from ACS.