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Technology of Research Reactors
Annual Review of Nuclear Science, 1962Engineering developments in the field of high-power (1014 and 1015 neutrons/cm2 sec) research reactors are reviewed with emphasis on fuel element technology and the principle of the flux trap. Calculational methods used in designing reactors are discussed. Several examples of two types of advanced research reactor are described: plate-fuel-element tank
T E Cole, A M Weinberg
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Particle-based biofilm reactor technology
Trends in Biotechnology, 2000Particle-based biofilm reactors provide the potential to develop compact and high-rate processes. In these reactors, a large biomass content can be maintained (up to 30 g l-1), and the large specific surface area (up to 3000 m2 m-3) ensures that the conversions are not strongly limited by the biofilm liquid mass-transfer rate.
C, Nicolella +2 more
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Physics Today, 1952
Prospective students for the 1952–53 session of the Oak Ridge School of Reactor Technology have only until March 1, 1952. to complete their application forms for admission, it has been announced.
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Prospective students for the 1952–53 session of the Oak Ridge School of Reactor Technology have only until March 1, 1952. to complete their application forms for admission, it has been announced.
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Advanced technologies for CANDU reactors
Nuclear Engineering and Design, 1993Abstract The inherent features of a reactor based on multiple pressure tubes, rather than a single pressure vessel, provide CANDU with considerable flexibility for continuous design improvements. Of particular significance is the presence of a large volume of cool heavy-water moderator within the core.
R. Dutton +8 more
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Synthol reactor technology development
Catalysis Today, 2002Abstract Since Sasol introduced the Kellogg designed circulating fluidized bed (CFB) reactors at Sasol 1 in the 1950s, the commercial high-temperature Fischer–Tropsch (HTFT) process has had a dynamic ongoing development resulting, recently, in the introduction of Sasol advanced synthol (SAS) reactor operation only at Secunda, 1999.
Dawid J. Duvenhage, Terry Shingles
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Chemical Reactor Technology for Environmentally Safe Reactors and Products
1992Preface H.I. de Lasa. I: Fuels of the Future and Changing Fuel Needs. How should Environmentally Benign Gasolines be Formulated? A. Ravella. Oxygenates as Gasoline Blending Components G.L. Harting, H. Shannon. Engineering of Fluidized Catalytic Crackers D. King. Scientific Aspects of Novel Catalysts for FCC A.W. Peters, W-C Cheng, T.G. Roberie.
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Slurry Reactors for Coal Technology
1983In recent years, the use of coal as a raw material for the productions of hydrocarbons, liquid transportation fuels, chemical feedstocks and solid fuel is gaining importance. Three important processes for the achievement of this goal are: (1) direct coal liquefaction, (2) removal of sulfur from coal by oxydesulfurization and (3) indirect coal ...
Y. T. Shah, J. Gopal
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The reactor physics of the Massachusetts Institute of Technology reactor redesign
1970An H20 cooled compact MITR-II core, reflected by D20 has been designed for the MITR to increase the reflector thermal neutron flux at tips of beam ports by a factor of 3 or better, without changing the operating power level of the reactor. The diffusion approximation to the neutron transport equation has been used.
Addae, Andrews Kwasi +2 more
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Reactor Technology for Syngas and Hydrogen
2005Changes and developments in the markets for synthesis gas and hydrogen, driven largely by environmental and remote gas monetization, are leading to innovation in the reaction engineering of syngas generation. The opportunities vary in scale from the order of liter volumes of catalyst (fuel cell hydrogen preparation) up to 100 te catalyst (gas-to ...
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Application of Tubular Reactor Technologies for the Acceleration of Biodiesel Production
Bioengineering, 2022Omojola Awogbemi +1 more
exaly