Abstract:… Technology Conversion Committee (DTCC's) solicitation entitled "Defense Technology Conversion, Reinvestment, and Transition Assistance". ERC, with the Center for Electro-chemical Systems and Hydrogen Research at Texas A&M University, proposes to develop PEM fuel … more
Abstract:… was invented by the principal investigator, is a high quality film deposition technique that can inexpensively and quickly apply yttria stablized zirconia (YSZ) and doped-LaCrO3 thin films in a continuous manner. This technology can be used for the production of fuel … more
Abstract:… FOLLOWING TESTING, ANY CHANGES IN FILM PROPERTIES WILL BE DETERMINED. ANTICIPATED BENEFITS: FULLERENE-BASED, CONDUCTIVE DIAMOND FILMS ARE EXPECTED TO FIND APPLICATIONS IN MANY ELECTROLYTIC CELLS, ELECTRODES, AND AS BIPOLAR PLATES FOR LOW-TEMPERATURE (80-200OC) FUEL … more
Abstract:The fuel cell system receiving significant attention for transportation applications is the proton-exchange membrane fuel cell (PEMFC) which uses a hydrated sheet of a perfluorinated ion-exchange membrane as a solid electrolyte in the fuel cell. The liquid… more
Abstract:This proposal concerns the development new high surface area (HSA) electrode materials that can aid the technological advances of batteries and fuel cells. HSA electrodes can significantly increase the power-density of batteries and fuel cells by enhancing… more
Abstract:POLYMER ELECTROLYTE MEMBRANE (PEM) FUEL CELLS HAVE SEVERAL ADVANTAGES OVER CONVENTIONAL ELECTROLYTE FUEL CELLS. THEIR HIGH POWER DENSITIES MAKE THEM PRIME CANDIDATES FOR ELECTRIC VEHICLES, IN CONJUNCTION WITH A METHANOL REFORMER. HOWEVER, THE IMPURITIES… more
Abstract:… on storage batteries. This severely limits power density and causes the size of the unit to rise rapidly as the discharge time required increases, since most of the weight and size comes with the batteries. Replacing the storage batteries with a system consisting of a fuel… more
Abstract:Power requirements for manned U.S. spacecraft missions have been provided by fuel cells powered by cryogenic hydrogen and oxygen launched from earth. For long-term missions, propellant weight makes this approach prohibitive. Regenerative H2-O2 fuel cells have… more
Abstract:… VEHICLES (AUVS), SUBSEA ROBOTS, AND OTHER INSTRUMENTED AND REMOTELY OPERATED SYSTEMS FOR MARINE APPLICATIONS REQUIRE A POWER SOURCE WHICH IS AS EFFICIENT AS POSSIBLE TO GIVE LONG RANGE OR EXTENDED USE TIMES. THE OBVIOUS CHOICE IS AN ELECTROCHEMICAL UNIT OF FUEL … more
Abstract:At present, the only fuel cell systems that have the capability of achieving high power den W cm-2) are the proton exchange membrane (PEM) and the alkaline fuel cell (AFC) systems. Of these, the PEM system is the leading candidate fuel cell power source for… more
Abstract:THERE IS A RENEWED INTEREST IN FUEL CELLS AS PRIMARY POWER SOURCES FOR ELECTRIC VEHICLES. THE ACIDIC PROTON EXCHANGE MEMBRANE FUEL CELL OPERATES AT A MAXIMUM TEMPERATURE OF 95 DEGREES CENTIGRADE AND, AT PRESENT, RELIES ON THE USE OF PLATINUM-BASED… more
Abstract:… was found to exhibit unique electrochemical and physical properties. C60 and catalyzed C60 electrodes for hydrogen storage and supplies will be fabricated by vapor deposition and dry pressing. These electrodes will be fully characterized as hydrogen electrodes in C60Hx-air fuel… more
Abstract:… A NOVEL METHOD FOR THE FABRICATION OF THIN (20 TO 50) UM) NA-BETA-ALUMINA SOLID ELECTROLYTES. THIS METHOD, KNOWN AS ELECTROCHEMICAL VAPOR DEPOSITION (EVD) HAS BEEN USED SUCCESSFULLY TO DEPOSIT ZIRCONIA, PEROVSKITES, AND CERIA FOR APPLICATIONS IN SOLID OXIDE FUEL … more
Abstract:New solid polymer electrolytes (SPE's) based on Maxdem's rigid-rod polyphenylene resins are proposed for fuel cell application. The unique rigid-rod structure of the proposed ionomers is expected to lead to high proton conductivity in the absence of condensed… more
Abstract:… REAGENTS, AND WILL SAVE WATER AND POWER, BASED ON AN ELECTROCHEMICAL TECHNIQUE EMPLOYING ANION EXCHANGE MEMBRANES. THE CATHODIC REDUCTION OF OXYGEN TO PEROXIDE IN BASE HAS BEEN SHOWN TO BE HIGHLY EFFICIENT. THE INCORPORATION OF ANION EXCHANGE MEMBRANES IN A FUEL … more
Abstract:POLYMER ELECTROYTE MEMBRANE (PEM) FUEL CELLS ARE PROMISING CANDIDATES FOR LOCALIZED POWER GENERATION AND TRANSPORTATION APPLICATIONS BECAUSE OF SIMPLICITY OF DESIGN, LOW WEIGHT, AND LOW TEMPERATURE OPERATION. ALTHOUGH HYDROGEN BASED PEM FUEL CELLS ARE… more
Abstract:…ement. Waste is fed into a oven where the steam-reforming produces light hydrocarbons that are then pulled into the higher temperature electrically heated reactor where superheated steam is added to destroy the waste nearly completely and produce syngas which can power a fuel… more
Abstract:A PROGRAM FOR THE DEVELOPMENT OF A HYDROGEN GENERATOR FOR USE WITH PEM FUEL CELLS IN UUV APPLICATIONS IS PROPOSED. HYDROGEN IS GENERATED BY REACTING ALKALI AND ALKALIEARTH METAL HYDRIDES WITH WATER. PURE HYDROGEN AND ALKALI-ALKALI EARTH METAL OXIDES OR… more
Abstract:THIS PROJECT OFFERS A SOLUTION TO THE PROBLEM OF PROVIDING ELECTRICAL POWER AT REMOTE LOCATIONS IN POLAR ENVIRONMENTS. A PROTON EXCHANGE MEMBRANE FUEL CELL OPERATING ON STORED HYDROGEN AND AMBIENT AIR CAN OPERATE UNATTENDED FOR SIX MONTHS OR MORE. THE EFFORT… more
Abstract:Busek Co. herein proposes a new fullerene synthesis process which was experimentally demonstrated and involves plasma breakdown of suitable hydrocarbons. The byproduct of the synthesis is hydrogen that can be sold or used on site for fuel cell based… more
Abstract:Fuel cells are being considered by the Army for future individual soldier power supplies. These power units are to be lightweight, compact and suitable for use on the battlefield. A compact, lightweight, safe source of pure hydrogen (and possibly oxygen) is… more
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