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Nanotechnology for Energy: Fundamentals and Applications

Keith Johnston Research Group (5.414) Nanotechnology/Colloid Science/Interfaces kpj@che.utexas.edu. Nanotechnology for Energy: Fundamentals and Applications Nanotechnology for CO 2 Sequestration and EOR (Bryant, Huh, Hirosaki , Milner, Nguyen, Prodanovic )

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Nanotechnology for Energy: Fundamentals and Applications

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  1. Keith Johnston Research Group (5.414)Nanotechnology/Colloid Science/Interfaceskpj@che.utexas.edu Nanotechnology for Energy: Fundamentals and Applications • Nanotechnology for CO2 Sequestration and EOR (Bryant, Huh, Hirosaki, Milner, Nguyen, Prodanovic) • Nanoparticle adsorption and transport in porous med. • Electromagnetic imaging • Emulsions/foams for mobility control • Nanomaterials for electrocatalysis (Stevenson) • Catalysis- fuel cells, batteries • CO2 reduction to fuels Pharmaceutical Imaging and Therapeutics • Magnetic/optical/therapeutic nanoparticles -cancer and atherosclerosis (Sokolov, Milner, Feldman (UTHSCSA), Emelianov, Zhang) • Protein drug delivery (subcutaneous delivery) (Jennifer Maynard, Tom Truskett)

  2. Potent and Biodegradable Nanoclusters for Imaging/Therapy(Inorganic: Sokolov, Emelianov, Milner Proteins: Maynard, Truskett)UT Southwestern, UTHSCSA, M.D. Anderson CapsiddsRNA virus, PNAS, 106 (09)

  3. Nanoparticles at interfaces in porous media: nanomaterials synthesis, colloid/interface science with polymer science CO2 q water q CO2 CO2 water water Bryant, Huh, Nguyen (Petroleum, Geosyst.) Milner (BME), Bielawski (polymer org. chemist) Polymer coatings: interfacial properties CO2 sequestration and EOR Image reservoirs Electrocatalysis: interactions with support DOE Frontiers of Subsurface Energy Security (UT-Sandia)

  4. Stable protein dispersions for protein drug delivery Colloid science Protein processing/characteriz. Fundamental protein interactions/stability

  5. (111) (100) Nanomaterials for electrocatalysis (Fuel cells/rechargeable batteries, CO2 reduction) (Stevenson) O2 + 4H+ +4e- = 2H2O Amorphous alloy shell over corrugated crystalline alloy core Low coordination sites and strain from wetting for high activity

  6. Dixon S. Dakota S. Mines Gupta Auburn Balbuena Texas A + M Meredith Ga. Tech. Yates U. Rochester Da Rocha Wayne State U. Lee U. S. California Ziegler U. Florida Lu Nat. Univ. Singapore Young Dow Psathas Schering-Plough Rogers Dow Sirard Lam Research Shah Pfizer Pham Sematech Chen Abbott Dickson Exxon-Mobil Smith Exxon-Mobil Overhoff Schering-Plough Engstrom Bristol-Meyers-Squibb Matteucci Dow Gupta Exxon-Mobil Tam Bristol-Meyers-Squibb Patel Lam Research Ma Dupont Miller Medimmune Destination of PhD Students

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