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Integration of composite nanomaterials into anode and cathode designs

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Please use this identifier to cite or link to this item: http://hdl.handle.net/1928/12824

Integration of composite nanomaterials into anode and cathode designs

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Title: Integration of composite nanomaterials into anode and cathode designs
Author: Narváez Villarrubia, Claudia Wuillma
Advisor(s): Atanassov, Plamen
Committee Member(s): Lau, Carolin
Chi, Eva
Department: University of New Mexico. Dept. of Chemical and Nuclear Engineering
Subject: carbon nanotube. bucky paper. electrochemical deposition. chronoamperometry. Krebs cycle. NADH. L-malate dehydrogenase. poly(methylene green). Fick’s Law. Michaelis-Menten Kinetics. Multicopper Oxidases
LC Subject(s): Anodes--Materials.
Cathodes--Materials.
Nanocomposites (Materials)
Microbial fuel cells--Design and construction.
Degree Level: Masters
Abstract: This research introduces the use of “bucky” papers based on SWNTs as anode electrode materials for the oxidation of NADH and L-Malate oxidation by poly(methylengreen) and malate dehydrogenase respectively. SWNTs were used to create an electrode design consisting of high surface area-hierarchically ordered carbon nanomaterials with controlled surface chemistry. Additionally, this research introduces new cathodes designs based on buckeye and toray papers for air-breathing and liquid electrolyte modes. Buckeye and 0.11mm-thick toray papers are used to design the air-breathing cathode by immobilization of Laccase using a non-covalent linking agent. The liquid electrolyte cathode, designed to be applied in implantable devices, consists of 0.28 mm-thick toray paper as conductive material and Bilirrubin oxidase, the biocatalyst, immobilized silica-gel. The composite nanomaterials and the immobilization techniques utilized in this research would help as departing stage to engineer electrodes designs that meet the criteria required for optimum biofuel cells.
Graduation Date: May 2011
URI: http://hdl.handle.net/1928/12824


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