DOE Awards $11.2 Million for Hydrogen Research
15 May 2007
The US Department of Energy (DOE) announced $11.2 million in awards for research aimed at overcoming the scientific challenges associated with the production, storage and use of hydrogen.
DOE’s Office of Science selected 13 projects that will focus on fundamental science in support of hydrogen technologies. Universities and national laboratories in 10 states and Washington, D.C. will conduct the research. DOE selected the new projects through a competitive merit-review solicitation process and plans to fund additional projects in fiscal year 2008.
The projects will address two priority technical areas:
Novel Materials for Hydrogen Storage (7 projects, $5.6 million over three years). Both the National Academy of Sciences and DOE have identified hydrogen storage as a key technology for the successful implementation of hydrogen and fuel cell technologies. A broad range of research in hydrogen storage is covered by these projects, including: complex hydrides; nanostructured and novel materials; theory, modeling and simulation; and state-of-the-art analytical and characterization tools to develop novel storage materials and methods.
Nanoscale Catalysts (6 projects, $5.6 million over three years. Catalysts play a vital role in hydrogen production, storage and use. Specifically, catalysts are needed for producing hydrogen from water or carbon-containing fuels such as coal and biomass, increasing hydrogen storage kinetics and producing electricity at low cost from hydrogen in fuel cells. Research areas include: innovative synthetic techniques; novel characterization techniques; and theory, modeling and simulation of catalytic pathways.
The list of new projects follows.
|Basic Research for the Hydrogen Fuel Initiative|
|Novel Hydrogen Storage Materials|
|Oak Ridge National Laboratory||Quantum Tuning of Chemical Reactivity for Storage and Generation of Hydrogen Fuels|
|Rutgers University||Novel Theoretical and Experimental Approaches for Understanding and Optimizing Hydrogen-Sorbent Interactions in Metal Organic Framework Materials|
|Stony Brook University||Influence of Pressure on Physical Property of Ammonia Borane and its Re-hydrogenation|
|University of California, Davis||Activation of Hydrogen Under Ambient Conditions by Main Group Molecules|
|University of California, Santa Barbara||Computational Studies of Hydrogen Interactions with Storage Materials|
|University of Missouri-Columbia||Activation of Hydrogen Under Ambient Conditions by Main Group Molecules Networks of Boron-Doped Carbon Nanopores for Low-Pressure Reversible Hydrogen Storage|
|University of South Florida||Novel Porous Metal-Organic Frameworks for Hydrogen Storage|
|Argonne National Laboratory||Structure/Composition/Function Relationships in Supported Nanoscale Catalysts for Hydrogen Generation|
|Brookhaven National Laboratory||In-situ Studies of the Active Sites and Mechanism for the Water-Gas-Shift Reaction on Metal/Oxide Nanocatalysts|
|Georgetown University||An in situ Electrode-Potential-Controlled Nuclear Magnetic Resonance Investigation of Sulfur-Poisoning Effect on Platinum Based Mono- and Bi-metallic Nanoscale Electrocatalysts|
|Ohio State University||Investigation of the Nature of Active Sites on Heteroatom-Containing Carbon Nano-Structures for Oxygen Reduction Reaction|
|Pacific Northwest National Laboratory||New Bio-Inspired Molecular Catalysts for Hydrogen Oxidation and Hydrogen Production|
|University of Virginia||Theory-Aided Design of Active and Durable Nanoscale Cathode Catalysts|
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