James E. Atwater

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These series of briquetted activated crushed carbon is made as high quality activated carbon from..And you can see more from activated carbon fiber 12k weave carbon camera motion activated magnesium oxide activated coconut carbon activated granular activated carbon sell activated carbon burton p1 carbon rope ceramic carbon (Redirected from James E. ("Jim") Atwater)James E. Atwater is a North American physical scientist with academic qualifications in biology, chemistry, and geophysics. He was awarded the 2006 Wright Brothers Medal[1] for his work on microwave powered methods for microbial stabilization and water recovery from solid waste. As manned spaceflight moves farther away from Earth orbit, the ability to recover useful resources from waste materials becomes a critical mission enabling requirement. Water is one of the essential resources needed to sustain human life. Using the unique properties of microwaves, which are absorbed relatively selectively by water, moisture contained within the solid waste is rapidly heated, forming steam, which produces a substantial 'thermal kill' of microorganisms contained within the waste. Water is subsequently collected by condensation. In this way, the solid waste is stabilized with respect to the prevention of microbial growth and water is remove from the waste and recovered for use elsewhere.Atwater is president of UMPQUA Research Company (URC), an R&D firm located in Myrtle Creek, Oregon. He is also affiliated with the Chemistry and Chemical Engineering Departments at Oregon State University. Current research includes the recovery of hydrogen from methane (natural gas) using magnetically stabilized fluidized bed and microwave plasma reactors, the catalytic decomposition of hazardous gases produced by primary solid waste treatment technologies, and the production of superparamagnetic nanoparticles for use in Ferromagnetic Resonance (FMR) sensors.Contents1 Patents 2 Publications 3 References 4 External links // PatentsSauer, R.L., Atwater, J.E., Dahl, R.W., Garmon, F.C., Lunsford, T.D., Michalek, W.F., Wheeler, R.R., Jr., Microwave Powered Sterile Access Port, U.S. Patent 6,077, 478, June 2000. Atwater, J.E., Akse, J.R., and DeHart, J., Process for Analyzing CO2 in Air and in Water, U.S. Patent 5,910,448, June 1999. Sauer, R.L., Akse, J.R., Atwater, J.E., and Thompson, J.O., Ammonia Monitor, U.S. Patent 5,882,937, March 1999. Versotko, C.E., Atwater, J.E., Akse, J.R., DeHart, J., and Wheeler, R.R., Jr., Fiber-Optic Chemiluminescent Biosensors for Monitoring Aqueous Alcohols and Other Water Quality Parameters, U.S. Patent 5,792,621, August 1998. Atwater, J.E., Akse, J.R., and DeHart, J., Process for Analyzing CO2 in Seawater, U.S. Patent 5,643,799, July 1997. PublicationsAtwater, J.E., Spectrometric Gamma Ray Logging of Core, Can. Well Log. Soc. J., 13 (1), 1-11, 1984. Matiisen, A., and Atwater, J.E., An Overview of Computer-Enhanced Analyses of Core Data, J. Can. Petrol. Technol., 24 (3), 57-62, 1984. Atwater, J.E., and Holtsnider, J.T., Airborne Trace Organic Contaminant Removal Using Thermally Regenerable Multi-Media Layered Sorbents, SAE Trans.J. Aerosp., 100, 1726-1733, 1991. Atwater, J.E., Wheeler, R.R.,Jr., Olivadoti, J.T., Flanagan, D.T. and Sauer, R.L., Regenerable Microbial Check Valve: Life Cycle Tests Results, SAE Trans.J. Aerosp., 101, 1098-1107, 1992. Akse, J.R., Atwater, J.E., Schussel, L.J., and Verostko, C.E., Development and Fabrication of a Breadboard Electrochemical Water Recovery System, SAE Trans. J. Aerosp., 102 (1), 513-529, 1993. Jeffers, E.L., Dougherty, D.R., Paxton, T.A., and Atwater, J.E., New Technologies for On-Line Water Quality Monitoring, SAE Trans. J. Aerosp., 102 (1), 1141-1162, 1993. Atwater, J.E., Wheeler, R.R., Jr., Sauer, R.L., and Schultz, J.R., A Multiplexed Four Channel On-Line Iodine Monitor, Instrum. Sci. Technol., 22 (3), 217-229, 1994. Schussel, L.J., and Atwater, J.E., A Urease Bioreactor for Water Reclamation Aboard Spacecraft, Chemosphere, 30 (5), 985-994, 1995. Atwater, J.E., Thermodynamics of the Oxidation of Dissolved Organic Contaminants in Shuttle Orbiter Humidity Condensates, J. Environ. Sci. Health, A30 (4), 817-830, 1995. Schussel, L.J., and Atwater, J.E., A Continuous Alcohol Oxidase Bioreactor for Regenerative Life Support, Enzyme Microb. Technol., 18 (3), 229-235, 1996. Atwater, J.E., and Holtsnider, J.T., Simple Models for the Breakthrough of Humidified Acetone and Ethyl Acetate on a Carbon Based Molecular Sieve, Carbon, 34 (6), 824-825, 1996. Atwater, J.E., Sauer, R.L., and Schultz, J.R., Numerical Simulation of Iodine Speciation in Relation to Water Disinfection Aboard Manned Spacecraft I. Equilibria, J. Environ. Sci. Health, A31, 1965-1979, 1996. Atwater, J.E., Akse, J.R., McKinnis, J.A., and Thompson, J.O., Aqueous Phase Heterogeneous Catalytic Oxidation of Trichloroethylene, Appl. Catal. B., 11 (1), L11-L18, 1996. Akse, J.R., Atwater, J.E., Schussel, L.J., Thompson, J.O., Garmon, F.C., Flynn, M., and Verostko, C.E., In-Situ Hydrogen Peroxide Generation for Use as a Disinfectant and as an Oxidant...(and so on)


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