Poster Location |
Title |
Authors |
Email |
Topic |
1 |
An Ash Feed Supplement Derived From Combustion of Broiler Litter Used As an Alternative
Energy Source for Corn/Ethanol Production |
L. M. Stevenson, J. P. Blake,
B. R. Bock |
jblake@acesag.auburn.edu |
Feedstock |
2 |
Alternate Fuel Source for Cement Production: An Energy-Efficient and Environmentally-Friendly
Approach |
Dustin Swart, Mildred Coates, Anton Schindler, Christine Curtis, James Hool,
Saeed Maghsoodloo, David Bransby, Ralph Zee, Horace Compton, Travis Reed, Don
Stafford |
curticw@auburn.edu |
Feedstock |
3 |
Crop Biomass for Biofuel Production, Implications for Soil Coverage and Profitability |
Andrew J. Price, Jason S. Bergtold, Randy L. Raper |
aprice@ars.usda.gov |
Feedstock |
4 |
Forest Biorefinery - Extracting Value Prior to Pulping |
Gopal A. Krishnagopalan |
gopalk@eng.auburn.edu |
Feedstock |
5 |
Nutrient Requirements for Bioenergy Crops |
Charles C. Mitchell |
mitchc1@auburn.edu |
Feedstock |
6 |
Winter Cover Crop Biomass for Biofuel Production, Implications for Soil Coverage
and Profitability |
Andrew J. Price, Jason S. Bergtold, Randy L. Raper |
aprice@ars.usda.gov |
Feedstock |
7 |
Fertilizer Value of Waste Ash from Poultry Litter Gasification |
J. H. Roberts, C. W. Wood, D. I. Bransby |
Rober13@auburn.edu
bransdi@auburn.edu |
Feedstock |
8 |
Improving Biomass Production through Agronomy and Plant Breeding |
Edzard van Santen, Steve L. Noffsinger, Charles C. Mitchell, David Bransby |
vanedza@auburn.edu |
Feedstock |
9 |
Twenty Years of Switchgrass Research at Auburn University |
David Bransby, Susan Sladden, Carla Shoemaker, Edzard van Santen |
bransdi@auburn.edu |
Feedstock |
10 |
Ozone Pretreatment of Biomass to Enhance Enzymatic Hydrolysis of Lignocellulose
to Fermentable Sugars for Ethanol Production |
W. Charles Neely, David Bransby |
neelywc@auburn.edu |
Feedstock |
11 |
Thoughts of the Terrestrial Carbon Cycle and the Sustainability of Biomass Fuels |
Rosine W. Hall, Furman Smith |
rhall@mail.aum.edu |
Feedstock |
12 |
Mimosa and Giant Reed as Alternatives to Switchgrass for Energy |
Susan Sladden, Carla Hopkins, David Bransby |
ssladden@acesag.auburn.edu |
Feedstock |
13 |
Maximizing Rye Cover Crop Biomass Production by the Use of Timely Subsoiling |
R. L. Raper, E. B. Schwab, J. S. Bergtold, A. J. Price, K. S. Balkcom, F. J.
Arriage, T. S. Kornecki |
raperra@auburn.edu |
Feedstock |
14 |
Nitrogen Fertilizer Requirements to Maximize Rye Cover Crop Biomass Production |
K. S. Balkcom, F. J. Arriage, R. L. Raper, J. S. Bergtold |
kbalkcom@ars.usda.gov |
Feedstock |
15 |
Biomass From the Waste Stream: Feasibility Analysis For Generation of Electricity
from Yard Waste |
Edward Loewenstein, Matthew Smidt, Mark MacKenzie, Yaoqi Zhang |
loewenstein@auburn.edu |
Feedstock |
16 |
The Potential Use of Kudzu as a Biofuel |
Dean H. Gjerstad, Lewis H. Ziska, G. Brett Runion, Stephen A. Prior, H. Allen
Torbert |
gbrunion@ars.usda.gov |
Feedstock |
17 |
Rye as a Winter Cover Crop for Alternative Fuel Use and Impacts on Cotton Production |
Ducamp F., F. J. Arriaga, K. S. Balkcom, C. C. Mitchell |
farriaga@ars.usda.gov |
Feedstock |
18 |
Densification of Poultry Litter for Off-Farm Value-Added Utilization |
Matthew Bernhart, John Fulton, Oladiran Fasina, Puneet Srivastava, Wes Wood,
Frank Owsley |
fultojp@auburn.edu |
Feedstock |
19 |
Growing a Forest-based Bioenergy Sector |
Larry Teeter |
teeteld@auburn.edu |
Feedstock |
20 |
Monitoring and Forecasting Alabama's Biomass: A Spatial Decision Support System
(DSS) for Alternative Energy Solutions |
HQ Tian, SF Pan |
tianhan@auburn.edu |
Feedstock |
21 |
Maximum Biomass Production of Loblolly Pine |
Lisa Samuelson |
samuelj@auburn.edu |
Feedstock |
22 |
Implementing Residue Chippers on Harvesting Operations in the Southeast |
Tom Gallagher |
gallatv@auburn.edu |
Feedstock |
23 |
Annual Weeds, Alternative Crops for Alternative Fuel |
A.J. Price, F.J. Arriaga, K.S. Balkcom, J.S. Bergtold, T.S. Kornecki, R.L. Raper |
aprice@ars.usda.gov |
Feedstock |
23A |
Forest Biorefinery - Extracting Value Prior to Pulping |
Gopal A. Krishnagopalan |
gopalK@eng.auburn.edu |
Conversion |
24 |
Selectivity Control in Fischer Tropsch Synthesis Using a Supercritical Fluid
Reaction Media |
Ed Durham, Mahesh Bordawekar, Christopher Roberts |
croberts@eng.auburn.edu |
Conversion |
25 |
Microsystems Technologies to Augment Liquid Bio-fuels Production |
Robert Dean, George Flowers, Daniel Harris |
deanron@auburn.edu |
Conversion |
26 |
New Catalyst Structures for Energy Production |
Don Cahela, Ranjeeth Kalluri, Hongyun Yang, Sachin Nair, Shirish Punde, Bruce
J. Tatarchuk |
caheldr@auburn.edu |
Conversion |
27 |
Renewable Oil International's Development of an Advanced Fast Pyrolysis Technology |
Phillip C. Badger |
pbadger@renewableoil.com |
Conversion |
28 |
Heating of Greenhouse with Biofuel Pellets |
Oladiran O. Fasina, D. Bransby, J. Sibley, C. Gilliam |
fasinoo@auburn.edu |
Conversion |
29 |
Hydrogenation of Toluene and Fischer Tropsch (FT) Liquids in Supercritical Carbon
Dioxide to Produce Hydrogen Carrier Fuels |
Mahesh V. Bordawekar, Ed Durham, Juncheng Liu, Christopher B. Roberts |
croberts@auburn.edu |
Conversion |
30 |
Optimization of Ethanol Production from Concentrated Substrate |
Byung-Hwan Um, Thomas R. Hanley |
umbyung@auburn.edu |
Conversion |
31 |
Simultaneous High Yield Biochemical Production of Ethanol and Glycerol from Glucose
and Treated Biomass |
Robert Chambers, Christopher Henry |
chambro@auburn.edu |
Conversion |
32 |
Integration of Biomass Gasification with Solid Oxide Fuel Cells (SOFCs) to Optimize
the Use of Hydrogen for Energy Conversion |
Jeffrey W. Fergus |
jwfergus@eng.auburn.edu |
Conversion |
33 |
Production of Ethanol from Lignocellulosic Biomass |
Rajesh Gupta, T. H. Kim, Y. Y. Lee |
guptara@auburn.edu |
Conversion |
34 |
Utilizing Alabama's Natural Energy Resources: Modeling, Simulation and Control
of the Bio-diesel Combustion Process in a Diesel Engine |
Song-Yul (Ben) Choe |
choe@eng.auburn.edu |
Conversion |
35 |
Utilizing Alabama's Natural Energy Resources: Engineering Properties of Biofuels |
Peter D. Jones |
pjones@eng.auburn.edu |
Conversion |
36 |
Utilizing Alabama's Natural Energy Resources: Engine Control, Simulation and
Design of Variable Fuels |
David Beale, David Bevly |
dbeale@eng.auburn.edu |
Conversion |
37 |
Utilizing Alabama's Natural Energy Resources: Investigating the Lubricating Properties
of Biofuels |
Robert L. Jackson |
Jacksr7@auburn.edu |
Conversion |
38 |
Utilizing Alabama's Natural Energy Resources: Bioethanol and Biodiesel SOFC Hybrid
Electric Vehicles |
Sushil H. Bhavnani |
bhavnani@eng.auburn.edu |
Conversion |
39 |
Utilizing Alabama's Natural Energy Resources: Bio-fuel Powered Commercial, Industrial,
and Power-Generation Boilers |
David F. Dyer |
ddyer@eng.auburn.edu |
Conversion |
40 |
Utilizing Alabama's Natural Energy Resources: Creation of Value-Added Electronic
Polymeric Products from Bioresources |
M. Thakur |
mthakur@eng.auburn.edu |
Conversion |
41 |
Ethanol from Switchgrass and Broiler Litter: Commercial Projections for Gasification
and Catalytic Conversion |
David Bransby, Carla Shoemaker, Brad Boydston, Larry Stewart, Bud Klepper |
bransdi@auburn.edu |
Conversion |
42 |
Combustion Quality of Different Biomass Materials Compared to Coal |
David Bransby, Gary Elliott |
bransdi@auburn.edu |
Conversion |
43 |
Commercial Production and Co-firing of Switchgrass with Coal to Produce Electricity |
David Bransby, Vann Bush, Doug Boylan |
bransdi@auburn.edu |
Conversion |
44 |
Improved Fermentation of Wood Hydrolzate to Ethanol by Removal of Compounds Inhibitory
to the Yeast |
T. A. McCaskey |
mccasta@auburn.edu |
Conversion |
45 |
Emissions Measurements in Flames of Liquid Biofuel Blends |
Daniel Sequera, Ajay K. Agrawal, Scott K. Spear, Daniel T. Daly |
aagrawal@eng.ua.edu |
Conversion |
46 |
Stable Renewable Liquid Fuels: BioOil-BioDiesel-Diesel Blends |
Scott K. Spear, Daniel T. Daly, Daniel Sequera, Ajay K. Agrawal |
sspear@bama.ua.edu |
Conversion |
47 |
Bioconversion of Wood Processing Wastes and Lawn Grass for Fuel Ethanol Production |
Benedict Okeke |
bokeke@mail.aum.edu |
Conversion |
48 |
Hydrogen Fuel Production by Reforming in Supercritical Water |
Adam J. Byrd, K.K. Pant, Ram B. Gupta |
gupta@auburn.edu |
Conversion |
49 |
Thermoelectric Generator from SiO2/AuxSiO2(1-x) Nanolayer System |
S. Budak, R. L. Zimmerman, B. Zheng, C. Muntele, and D. Ila |
ila@cim.aamu.edu
aamrlz01@aamu.edu |
Conversion |
50 |
Thermoelectricity Generation from Sequentially Deposited BixTe3/Sb2Te3 Nanolayers |
S. Budak, B. Zheng, C. Muntele, D. Ila |
ila@cim.aamu.edu
aamrlz01@aamu.edu |
Conversion |
51 |
Alabama Photovoltaic Cell Initiative for Solar Energy Conversion |
Robert L. Zimmerman, Satilmis Budak, Daryush Ila |
ila@cim.aamu.edu
aamrlz01@aamu.edu |
Conversion |
52 |
Production of Thermoelectric Generator using Si1-xGex/Si Layered Nanostructure |
B. Zheng, R. L. Zimmerman, C. Muntele, S. Budak, D. Ila |
ila@cim.aamu.edu
aamrlz01@aamu.edu |
Conversion |
53 |
Highly Efficient Thermoelectric Materials: Nano-layered Nanoclusters |
D. Ila, R. L. Zimmerman, S. Budak, B. Zheng |
ila@cim.aamu.edu
aamrlz01@aamu.edu |
Conversion |
54 |
Road Map to the Biomass Supply System Optimization for Biorefineries in Alabama |
Burak Aksoy, Harry Cullinan, Mario R. Eden, Brian Gibson, Kevin R. Gue, Joe Hanna,
Norman Sammons |
aksoybu@auburn.edu |
Economics |
55 |
Framework for Optimal Utilization of Biomass Inputs in an Integrated Biorefinery |
Norman E. Sammons Jr., Burak Aksoy, Harry T. Cullinan, Mario R. Eden |
sammone@auburn.edu |
Economics |
56 |
Switchgrass Budget Model: An Interactive Budget Model for Producing and Delivering
Switchgrass to a Bioprocessing Plant |
H. Arlen Smith, C. Robert Taylor, David I. Bransby, Patricia A. Duffy |
bransdi@auburn.edu
taylocr@auburn.edu |
Economics |
57 |
Economic Potential of Bioenergy |
Diane Hite, David Bransby, Patricia Duffy, Christa Slayton |
bransdi@auburn.edu |
Economics |
58 |
Evaluating Methods and Costs for Biomass Production from Southern Forests |
Tom Gallagher, Rien Visser |
gallatv@auburn.edu |
Economics |
59 |
Increasing Efficiency of Biomass Transportation |
Tim McDonald, Wesley Zech, Tom Gallagher, Jorge Valenzuela |
mcdontp@auburn.edu |
Transport |
60 |
Optimal Transportation of Renewable Biomass Using GIS-Based Decision Support
System |
Puneet Srivastava, Moon Seong Kang, John Fulton, Ted Tyson, Frank Owsley, Kyung
H. Yoo |
srivapu@auburn.edu |
Transport |
61 |
Policy Considerations in Developing Integrated Bioenergy and Food Systems |
C. Robert Taylor, Ronald D. Lacewell |
taylocr@auburn.edu |
Policy |
62 |
Public Perceptions Regarding Biomass |
Michael Gilchrist |
mgilchri@mail.aum.edu |
Policy |
63 |
Alternative Fuels - A Comprehensive Research Program at Auburn University Department
of Chemical Engineering |
Mario Eden |
edenmar@eng.auburn.edu |
General |
64 |
W&B Trading Company, LLC (WBTC) Inter-Continental Biodiesel Refinery |
Ray Tarrer, P. K. Raju |
hartwick@eng.auburn.edu |
General |
65 |
Alternative Energy = Renewable BioFuels + Fuel Cells |
Nic Zhu, Robert Payne, Dan Kennedy, Eric Luna, Pallavi Chitta, Tik Sathitsuksanoh,
Bruce J. Tatarchuk |
zhuchan@auburn.edu |
General |
66 |
Central Alabama Clean Cities Project |
Mark Bentley |
mark@centralalcc.org |
General |
67 |
Putting Research into Action: Auburn as a Model for Applying Alternative Energy
Research to Campus Operations |
Matthew I. Williams and Lindy Biggs |
miwilliams@auburn.edu |
General |
