APPENDIX D: PROJECTS NOT REVIEWED
LIST OF PROJECTS NOT REVIEWED
Project ID Project Title PI Name Organization
Advanced Direct Methanol Fuel Cell for ARRA-04 Jim Fletcher University of North Florida Mobile Computing
ARRA-05 Jadoo Power Fuel Cell Demonstration Ken Vaughn Jadoo Power
Demonstrating the Economic and Operational Viability of 72-Hour ARRA-12 Hydrogen PEM Fuel Cell Systems to Kevin Kenny Sprint Support Emergency Communications on the Sprint - Nextel Network
Fluoropolymers, Electrolytes, BES-01 Stephen Creager Clemson University Composites and Electrodes
Ab-initio Screening of Alloys for BES-02 David Sholl Georgia Institute of Technology Hydrogen Purification Membranes
Theory, Modeling, and Simulation of BES-03 Philip Taylor Case Western Reserve University Ion Transport in Ionomer Membranes
The Study of Proton Transport Using BES-04 David Keffer University of Tennessee Reactive Molecular Dynamics
Surface-Directed Fabrication of BES-05 Integrated Membrane-Electrode Kane Jennings Vanderbilt University Interfaces
Activity and Stability of Nanoscale Pt- Yang Shao- Massachusetts Institute of BES-06 based Catalysts Horn Technology
Cathode Catalysis in Hydrogen/Oxygen BES-07 Fuel Cells: Mechanism, New Materials, Andrew Gewirth University of Illinois and Characterization Fundamental Studies of Electrocatalysis BES-08 for Low Temperature Fuel Cell Nenad Markovic ANL Catalysts Engineering Catalytic Nanoporous Jonah BES-09 Metals for Reactions Important to the Johns Hopkins University Erlebacher Hydrogen Economy
Theoretical Insights Into Active and Matthew BES-10 University of Virginia Durable Oxygen Reduction Catalysts Neurock
817 FY 2010 Merit Review and Peer Evaluation Report APPENDIX D: PROJECTS NOT REVIEWED
An in situ Electrode-Potential- Controlled Nuclear Magnetic Resonance BES-11 Investigation of Sulfur-Poisoning Effect YuYe Tong Georgetown University on Pt-Based Mono- and Bi-metallic Nanoscale Electrocatalysts
Investigation of the Oxygen Reduction BES-12 Reaction Activity of Heteroatom- Umit Ozkan Ohio State University containing Carbon Nano-structures
In-Situ Studies of Active Sites and BES-13 Mechanism for the Water-Gas Shift Jose Rodriguez BNL Reaction on Metal/Oxide Nanocatalysts
Bio-Inspired Molecular Catalysts for BES-14 Hydrogen Oxidation and Hydrogen Morris Bullock PNNL Production
Structure/Composition/Function BES-15 Relationships in Supported Nanoscale Peter Stair Northwestern University & ANL Catalysts for Hydrogen
Fundamentals of Hydroxide Conducting BES-16 Bryan Pivovar NREL Systems for Fuel Cells and Electrolyzers
Transport Phenomena and Interfacial BES-17 Kinetics in Planar Microfluidic Hector Abruna Cornell University Membraneless Fuel Cells
High Performance Nano-Crystalline Thomas O. BES-18 Northwestern University Oxide Fuel Cell Materials Mason
Nanostructured, metal-modified oxide catalysts for steam reforming of Maria Flytzani- BES-19 Tufts University methanol and the water-gas shift Stephanopoulos reactions Strategies for Probing Nanometer-Scale Carol BES-20 Electrocatalysts: From Single Particles Texas Tech University Korzeniewski to Catalyst-Membrane Architectures
Atomic-scale Design of a New Class of Alloy Catalysts for Reactions Involving Manos BES-21 University of Wisconsin Hydrogen: A Theoretical and Mavrikakis Experimental Approach Multiscale Tailoring of Highly Active and Stable Nanocomposite Catalysts for BES-22 Gotz Veser University of Pittsburgh the Production of Clean Hydrogen Streams
Metal- and Metal Oxide-Supported BES-23 Platinum Monolayer Electrocatalysts for Radoslav Adzic BNL Oxygen Reduction
818 FY 2010 Merit Review and Peer Evaluation Report APPENDIX D: PROJECTS NOT REVIEWED
Development and Mechanistic Stanford Linear Accelerator BES-24 Characterization of Alloy Fuel Cell Anders Nilsson Laboratory Catalysts Metal dissolution mechanisms in Pt- BES-25 based alloys: Ideas for advanced PEM Perla Balbuena Texas A&M University cathode design Fundamental Studies of Electrocatalysis for Low Temperature Fuel Cell BES-26 Hoydoo You ANL Catalysts (Poster of BES008 oral presentation)
Theoretical Studies of Water-Gas Shift BES-27 Ping Liu BNL Reaction on Metal-Oxide Catalysts
Mechanism of Proton Transport in BES-30 Proton Exchange Membranes: Insights Greg Voth University of Chicago from Computer Simulation
BES-31 Porous and Glued Ultrathin Membranes Stephen Regen Lehigh University
The Development of Nano-Composite BES-32 Raymond Gorte University of Pennsylvania Electrodes for Solid Oxide Electrolyzers
Charge Transfer, Transport, and Reactivity in Complex Molecular BES-33 Michel Dupuis PNNL Environments: Theoretical Studies for the Hydrogen Fuel Initiative
Proton Conduction in Rare-earth Lutgard De BES-34 LBNL Phosphates Jonghe
The Dielectric Response of Hydrated Stephen BES-35 PFSA Membranes – Measurements with University of Tennessee Paddison Single Post Dielectric Resonators
Hydrogen Safety Training for First ED-01 Steven Weiner PNNL Responders
Education for Emerging Fuel Cell ED-02 Carl Rivkin NREL Technologies
Hydrogen Technology and Energy Lawrence Hall of Science at UC- ED-16 Barbara Nagle Curriculum (HyTEC) Berkeley
H2 Educate! Hydrogen Education for ED-17 Mary Spruill NEED Middle Schools
Hydrogen Knowledge and Opinions ED-18 Rick Schmoyer ORNL Assessment
819 FY 2010 Merit Review and Peer Evaluation Report APPENDIX D: PROJECTS NOT REVIEWED
Development of Micro-Structural Mitigation Strategies for PEM Fuel FC-49 Silvia Wessel Ballard Cells: Morphological Simulations and Experimental Approaches
Low Cost, Durable Seals for PEM Fuel FC-53 Jason Parsons UTC Power Cells
Transport Studies and Modeling in PEM Cortney Giner Electrochemical Systems, FC-54 Fuel Cells Mittelsteadt LLC
Subfreezing Start/Stop Protocol for an FC-55 Advanced Metallic Open-Flowfield Fuel Amedeo Conti Nuvera Fuel Cells Cell Stack Visualization of Fuel Cell Water Transport and Performance FC-56 Satish Kandlikar Rochester Inst. of Technology Characterization Under Freezing Conditions
7C: Intergovernmental Stationary Fuel Richard FC-57 Plug Power Inc. Cell System Demonstration Chartrand
Research & Development for Off-Road FC-58 Mike Hicks IdaTech, LLC Fuel Cell Applications
Diesel Fueled SOFC System for Class FC-61 7/Class 8 On-Highway Truck Auxiliary Dan Norrick Cummins Power Solid Oxide Fuel Cell Development for FC-62 Auxiliary Power in Heavy Duty Vehicle Gary Blake Delphi Applications
Novel Materials for High Efficiency FC-63 Chris Roger Arkema Direct Methanol Fuel Cells
New MEA Materials for Improved FC-64 DMFC Performance, Durability, and Jim Fletcher University of North Florida Cost
The Effect of Airborne Contaminants on Richard FC-65 University of Hawaii Fuel Cell Performance and Durability Rocheleau
Development of Thermal and Water FC-66 Zia Mirza Honeywell Management System for PEM Fuel Cell
Materials and Modules for Low Cost, FC-67 High Performance Fuel Cell Will Johnson W.L. Gore Humidifiers Center for Fundamental and Applied Michigan Technological FC-68 Research in Nanostructured and Michael Mullins University Lightweight Materials
820 FY 2010 Merit Review and Peer Evaluation Report APPENDIX D: PROJECTS NOT REVIEWED
Renewable and Logistics Fuels for Fuel FC-69 Neal Sullivan Colorado School of Mines Cells at the Colorado School of Mines
Development of Kilowatt-Scale Fuel FC-70 Steven Chuang University of Akron Cell Technology
Alternative Fuel Cell Membranes for Kenneth University of Southern FC-71 Energy Independence Mauritz Mississippi
Extended Durability Testing of an Rolls Royce Fuel Cell Systems FC-72 Mark Perna External Fuel Processor for SOFC Inc.
Hydrogen Fuel Cell Development in Kenneth FC-73 University of South Carolina Columbia (SC) Reifsnider
Martin County Hydrogen Fuel Cell Jeffrey Bonner- Martin County Economic FC-74 Development Stewart Development Corporation
Fuel Cell Balance of Plant Reliability Stark State College of FC-75 Vern Sproat Testbed Technology
Investigation of Reaction Networks and PD-01 Active Sites in Bio-Ethanol Steam Umit Ozkan Ohio State University Reforming over Co-based Catalysts
Developing Improved Materials to PD-43 Michael Martin Edison Materials Tech Center Support the Hydrogen Economy
PD-44 Purdue Hydrogen Systems Laboratory Jay Gore Purdue University
H2 Permeability and Integrity of Steel PD-49 Zhili Feng ORNL Welds
PD-50 Coatings for Centrifugal Compression George Fenske ANL
Photoelectrochemical Hydrogen Malay University of Arkansas Little PD-57 Production Mazumder Rock
Advanced Sealing Technology for Hooshang PD-60 Mohawk Innovative Technologies Hydrogen Compressors Heshmat
Photochemical System for Hydrogen Alexander PD-61 Physical Optics Corporation Generation Parfenov
Nanotube Array Photoelectrochemical PD-62 Rikard Wind Synkera Technologies Inc. Hydrogen Production
821 FY 2010 Merit Review and Peer Evaluation Report APPENDIX D: PROJECTS NOT REVIEWED
Aqueous Phase Base-Facilitated PD-63 Brian James Directed Technologies, Inc. Reforming (BFR) of Renewable Fuels
Advanced PEM Based Hydrogen Home PD-64 Michael Pien ElectroChem, Inc. Refueling Appliance
Unitized Design for Home Refueling Timothy PD-65 Appliance for Hydrogen Generation to Giner, Inc. Norman 5,000 psi
Design, Optimization and Fabrication of Brian PD-66 Lynntech a Home Hydrogen Fueling System Hennings
Hydrogen by Wire - Home Fueling PD-67 Luke Dalton Proton Energy Systems System
Modeling Hydrogen Dispensing Options Kurtis PD-68 TIAX, LLC for Advanced Storage McKenney
Development of a Hydrogen Home Materials and Systems Research, PD-69 Greg Tao Fueling System Inc.
One Step Biomass Gas Reforming-Shift PD-70 Mike Roberts Gas Technology Institute Separation Membrane Reactor
High Performance, Low Cost Hydrogen PD-71 Katherine Ayers Proton Energy Systems Generation from Renewable Energy Development of Hydrogen Selective Membranes/Modules as Media and Process Technology PD-72 Paul Liu Reactors/Separators for Distributed Inc. Hydrogen Production Zeolite Membrane Reactor for Water- PD-73 Gas-Shift Reaction for Hydrogen Jerry Y.S. Lin Arizona State University Production
Rapid Low Loss Cryogenic H2 PD-74 Salvador Aceves LLNL Refueling
Range Optimization for Fuel Cell PD-75 Zhenhong Lin ORNL Vehicles Photoelectrochemical Generation of Hydrogen from Water Using Visible PD-76 Mano Misra University of Nevada Reno Light Sensitive Ferro-Electric BiFeO3 and Semiconductor Nanotubes Risk-Informed Separation Distances for SCS-11 Daniel Dedrick SNL H2 Facilities
Overview of the DOE Hydrogen ST-14 Lin Simpson NREL Sorption Center of Excellence
822 FY 2010 Merit Review and Peer Evaluation Report APPENDIX D: PROJECTS NOT REVIEWED
Enhanced Hydrogen Dipole ST-16 Physisorption: Henry's Law and Channing Ahn California Institute of Technology Isosteric Heats in Microporous Sorbents
Single-Walled Carbon Nanohorns for ST-17 David Geohegan ORNL Hydrogen Storage and Catalyst Supports
Neutron Characterization in Support of ST-20 the Hydrogen Sorption Center of Dan Neumann NIST Excellence
5-Year Review of Metal Hydride Center Lennie ST-29 SNL of Excellence Klebanoff
Discovery and Development of Metal ST-33 Hydrides for Reversible On-board Mark Allendorf SNL Hydrogen Storage
ST-34 Aluminum Hydride Regeneration Jason Graetz BNL
Reversible Hydrogen Storage Materials ST-35 - Structure, Chemistry, and Electronic Ian Robertson University of Illinois Structure 2010 Overview and Wrapup: DOE ST-36 Chemical Hydrogen Storage Center of Kevin Ott LANL Excellence
Amineborane-Based Chemical ST-39 Larry Sneddon University of Pennsylvania Hydrogen Storage
Low-Cost Precursors to Novel Suzanne ST-42 Dow Chemical Company Hydrogen Storage Materials Linehan
Ammonia Borane Regeneration and ST-43 Market Analysis of Hydrogen Storage David Schubert U.S. Borax Materials Best Practices for Characterizing ST-52 Hydrogen Storage Properties of Karl Gross H2 Technology Consulting, LLC Materials Solutions for Chemical Hydrogen ST-56 Storage: Dehydrogenation of B-N and Karen Goldberg University of Washington C-C Bonds Chemical Hydrogen Storage Using Ultra-High Surface Area Main Group ST-57 Materials & The Development of Philip Power University of California Davis Efficient Amine-Borane Regeneration Cycles Electrochemical Hydrogen Storage Digby ST-58 Pennsylvania State University Systems Macdonald
823 FY 2010 Merit Review and Peer Evaluation Report APPENDIX D: PROJECTS NOT REVIEWED
Chemical Hydrogen Storage Using ST-59 Aluminum Ammonia-Borane Fred Hawthorne University of Missouri Complexes Main Group Element and Organic ST-60 Chemistry for Hydrogen Storage and David Dixon University of Alabama Activation Thermodynamically Tuned Nanophase Materials for Reversible Hydrogen ST-61 Storage: Structure and Kinetics of Bruce Clemens Stanford University Nanoparticle and Model System Materials Discovery of H2 Storage Materials: ST-62 Zak Fang University of Utah LiMgN and Mg-Ti-H
Electrochemical Reversible Formation ST-63 Ragaiy Zidan SRNL of Alane
First-Principles Modeling of Hydrogen University of Pittsburgh/ Georgia ST-64 Karl Johnson Storage in Metal Hydride Systems Institute of Technology
Thermodynamically Tuned Nanophase ST-65 Materials for Reversible Hydrogen Ping Liu HRL Laboratories Storage Catalyzed Nano-Framework Stabilized ST-66 High Density Reversible Hydrogen Xia Tang UTRC Storage Systems Neutron Characterization and Calphad ST-67 in Support of the Metal Hydride Center Terry Udovic NIST of Excellence Metal Borohydrides, Ammines, and ST-68 Aluminum Hydrides as Hydrogen Gilbert Brown ORNL Storage Materials Development and Evaluation of ST-69 Advanced Hydride Systems for Joe Reiter NASA JPL Reversible Hydrogen Storage
Amide and Combined ST-70 Don Anton SRNL Amide/Borohydride Investigations
Effect of Trace Elements on Long-Term Cycling/Aging Properties and Dhanesh ST-71 University of Nevada Reno Thermodynamic Studies of Complex Chandra Hydrides for Hydrogen Storage Synthesis of Nanophase Materials for ST-72 Thermodynamically Tuned Reversible Channing Ahn California Institute of Technology Hydrogen Storage
Hydrogen Storage Materials with University of California Santa ST-74 Binding Intermediate between Juergen Eckert Barbara Physisorption and Chemisorption
824 FY 2010 Merit Review and Peer Evaluation Report APPENDIX D: PROJECTS NOT REVIEWED
Optimization of Nano-Carbon Materials ST-75 Boris Yakobson Rice University for Hydrogen Sorption
Nanoengineered Graphene Scaffolds ST-76 with Atom Substitution for H2 Jim Tour Rice University Adsorption
ST-77 Carbon Aerogels for Hydrogen Storage Ted Baumann LLNL
ST-78 Hydrogen Storage by Spillover Ralph Yang University of Michigan
Characterization of Hydrogen ST-79 Yue Wu University of North Carolina Adsorption by NMR
Advanced Boron and Metal Loaded ST-80 Mike Chung Pennsylvania State University High Porosity Carbons
Optimizing the Binding Energy of Hydrogen on Nanostructured Carbon ST-81 Jie Liu Duke University Materials through Structure Control and Chemical Doping
Discovery of Materials with a Practical ST-82 Alan Cooper Air Products Heat of H2 Adsorption
Development of Advanced Quantum Fuel Systems ST-83 Manufacturing Technologies for Low Alex Ly Technologies Worldwide, Inc. Cost Hydrogen Storage Vessels
ST-84 Purdue Hydrogen Systems Laboratory Jay Gore Purdue University
HGMS: Glasses and Nanocomposites Kristina ST-85 University of Nevada Las Vegas for Hydrogen Storage Lipinska-Kalita
ST-86 The H-Prize Jeffrey Serfass Hydrogen Education Foundation
Controlled Hydrogen Fleet and TV-03 Infrastructure Demonstration and Mike Veenstra Ford Validation Project
TV-04 Hydrogen to the Highways Ron Grasman Daimler
825 FY 2010 Merit Review and Peer Evaluation Report APPENDIX D: PROJECTS NOT REVIEWED
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826 FY 2010 Merit Review and Peer Evaluation Report