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American Institute of Chemical
Engineers |
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American Institute of Chemical
Engineers |
Click on the links below to view the various session abstracts and slides. For each session content table click on the Session Number to view the abstract and the Presentation Title to view the presentation.
The goal of this venue is to present basic and applied research contributions in the areas of DOE waste pretreatment and immobilization. Papers that further the current understanding of baseline technologies that are planned to be implemented or have been implemented are solicited. Sessions topics will include, but are not limited to the following: evaporation, filtration, precipitation, solvent extraction, ion exchange, slurry handling, vitrification, bulk vitrification, Pu Immobilization, steam reforming, and waste form development. Contributions that present process improvements to existing treatment plants are welcome. Experimental contributions that benchmark the performance of commercially available ion exchange resins that have not been selected for use by the DOE research and development programs are encouraged. Papers that discuss the advances in the supplemental treatment of Hanford wastes are highly encouraged. Papers that present advancements in waste form development (e.g. increase waste loading), are also encouraged.
This session addresses hydrogen sensor development.
| 24a |
Fiberoptic Hydrogen Leak Detector Barry G. Grossman, Sachin N. Dekate |
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| 24b | Nanocrystalline Doped Sno2 for Room Temperature
Detection of Hydrogen; Recovery and Response Improvements Christina Drake, Sameer Deshpande, Satyajit Shukla, Divya Bernard, Amaka Amalu, Sudipta Seal |
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| 24c | Low-Power Detection of Hydrogen Leakage Using a
Self-Powered Wireless Hydrogen Sensor Node Jerry Jun, B. Chou, J Lin, X Shengwen, A Phipps, K Ngo, D Johnson, A Kasyap, T Nishida, H. T. Wang, B. S. Kang, F. Ren, L. C. Tien, P. W. Sadik, D. P. Norton, L. F. Voss, S. J. Pearton |
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| 24d | Optical Hydrogen Sensor for Inert Environments Jerald A. Cole, Robert A. Lieberman |
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| 24e |
H2 Detection Via Polarography Jesus A. Dominguez, Ron Barile |
This session will consist of invited speakers to discuss challenges of implementing the hydrogen economy.
| 51a | Challenges and Benefits of a Move Towards Hydrogen
Fuel Steven G. Chalk |
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| 51b | An Overview of the Nuclear Hydrogen Initiative Carl J. Sink Jr., Amy C. Taylor, Paul S. Pickard |
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| 51c | Thermochemical Cycles for the Production of
Hydrogen from Water Using Nuclear Energy Robert J. Evans |
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| 51d | Sustainability Issues Related to the 'Hydrogen
Economy (withdrawn/not presented) Earl R. Beaver |
| 99a |
Chemical Industry
Vision 2020 Overview Robinson Sharon |
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| 99b |
Overview of Hydrogen
Production Technologies James A. Ritter, Armin D. Ebner |
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| 99c | Purifying Hydrogen with Inorganic Silica Membranes
at High Temperatures Mikel C. Duke, Suraj Gopalakrishnan, Madhat Abdel-jawad, Michael Macrossan, Joe Diniz da Costa |
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| 99d |
Fast Cycle Rotary Adsorption Bulk Separator at Low Pressure Surajit Roy, Bowie Keefer, Aaron Pelman, Andre Boulet, Matt Babicki, Graeme Herring |
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| 99e | Hydrogen Production Via Pd-Ag Permeators: Membrane
Reactor Design and Process Study Silvano Tosti, Angelo Basile, Livio Bettinali, Fabio Borgognoni, Claudio Rizzello |
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| 99f |
High-Pressure Co2/Ch4 Separation Using Sapo-34 Membranes Richard D. Noble, John L. Falconer, Shiguang Li, Janna Martinek, Tracy Q. Gardner |
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| 99g |
Novel Thermal Swing Sorption Enhanced Reaction (Tsser) Process Concept
for Hydrogen Production Hugo S. Caram, Alexander Verdooren, Shivaji Sircar |
| 142a |
Adsorption and
Membrane Processes in Hydrogen Production James A. Ritter, Armin D. Ebner |
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| 142b | Chemically Crosslinked Polymer Nanocomposite
Membranes for Hydrogen Separation Christopher Aberg, Jon Samseth, May-Britt Hagg, Richard Spontak |
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| 142c |
Sorption-Enhanced Reaction Processes: Steam Methane Reforming Combined
with in-Situ Co2 Removal for Increased Hydrogen Production Alírio E. Rodrigues |
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| 142d |
Methanol Steam
Reforming and Ethanol Steam Reforming in Membrane Reactors: Experimental
Study Angelo Basile, Adolfo Iulianelli, Fausto Gallucci, Silvano Tosti, Enrico Drioli |
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| 142e |
Use of Room
Temperature Ionic Liquids for Carbon Dioxide Separations Richard D. Noble, Carl A. Koval, Douglas Gin, Dean Camper, Jason Bara |
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| 142f |
Gas Separation in
Coal Gasification Joe Carlos Diniz da Costa, David S. Sholl, Graham Reed, Kelly Thambimuthu |
One of the key prerequisites for a viable hydrogen economy is the ability to produce hydrogen economically on a massive scale. This session addresses high volume production of hydrogen as an energy carrier from nuclear, renewable, and nonrenewable resources. R&D papers on established production methods as well as novel nuclear or renewable resource-based methods are welcome.
| 221a |
Nuclear Hydrogen Initiative Calcium-Bromine Cycle:
Determine the Feasibility of Using Cold Plasma Dissociation for H2
Generation, and Molten-Spray Contactor for Ca·Br2
Regeneration Richard D. Doctor, Mike Henry, C.B. Panchal, Yu Po Lin, Steven A. Lottes, Robert W. Lyczkowski |
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| 221b |
Testing of the Palladium Membrane Reactor and
Potential Applications for Hydrogen Production William Rhodes, Dave Howard |
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| 221c |
Logistics Fuel Catalytic Cracking for Hydrogen
Generation Mukund Karanjikar, James Stevens, Lixin You |
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| 221d | Dynamic Simulation of Reforming and Regeneration
Processes for Fixed-Bed Adsorption-Enhanced Natural Gas Reformer Lixin You, Balaji Krishnamurthy, Yunquan Liu, Farshad Bavarian, Curtis Krause, James Stevens |
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| 221e |
Hydrogen Generation Using Fixed-Bed
Adsorption-Enhanced Natural Gas Reformer Balaji Krishnamurthy, Kerry K. Spilker, Lixin You |
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| 221f | Analysis of a Novel Process with Integrated Co2
Capture Using Coal and Thermal Energy from a High-Temperature Nuclear
Reactor for the Production of Hydrogen and Electric Power
(withdrawn/not presented) George Tsatsaronis, Kerstin Kapanke, Ana Maria Blanco Marigorta |
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| 221g |
Analysis of a Nuclear-Powered Ammonia Plant William L. Kubic Jr., Andrei V. Belooussov |
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| 221h |
Aspen Plus Process Design for the Liquid Hydrogen
Production by Steam Reforming of Used Automotive Lubricating Oil Mohamed Elbaccouch, Karthikeyan K. Ramasamy, Jong Baik, Ali T-Raissi |
This session addresses progress on metal hydrides, chemical hydrides, and the carbon materials for hydrogen storage for transportation applications.
This session addresses hydrogen purification and the use of fuel cells for hydrogen production. It will include papers on low humidity, high durability fuel cell membranes and MEAs; water transport within the fuel cell stack; advanced cathode catalysts and supports; cell bipolar plates and seals; and effects of impurities on fuel cell performance and durability.
| 268a |
Nanoscale Investigation of Morphologies in Polymer
Electrolyte/Pvdf Blend Membranes James T. Goldbach, Karren L. More, Michel Foure, Scott R. Gaboury, David Mountz, Amy L. Manheim |
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| 268b |
Membrane Desulfurization of Logistic Fuels for Fuel
Cell Auxiliary Power Units Kandaswamy DuraiSwamy, Richard Root Woods, Diane Aagesen |
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| 268c | Hydrocarbon Membranes Composed of Poly(Vinyl
Alcohol) Derivatives for the Application of Fuel Cell Sang Yong Nam, Ji Won Rhim, Hoon Huh, Seong Yong Ha |
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| 268d |
Development of Dense Cermet Membranes for Hydrogen
Separation U. (Balu) Balachandran, Tae H. Lee, Ling Chen, Sun-Ju Song, Stephen E. Dorris |
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| 268e |
Performance of Pd-Alloy Membranes for Hydrogen
Separation from Mixed Feed Streams Containing 1000 Ppm H2s Osemwengie U. Iyoha, Bryan M. Morreale, Richard P. Killmeyer, Robert M. Enick, Bret H. Howard |
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| 268f |
Hydrogen Purification with Palladium Alloy
Membranes Jim Brenner, Gaurav Bhagat |