Beschreibung
1989, ca. 370 Seiten mit zahlreichen Skizzen und Diagrammen. Taschenbuch, Paperback.
Applications of Ozone - Future development of technology in the field of Ozone in Switzerland M. Schalekamp, (CH) - Ozone as a biocide in industrial cooling water treatment K. Kaur, B.S.C. Leadbeater, T.R. Bott, (GB) - Ozone for treatment of oil contaminated waste water H. Schulz, A. Kyas, (CH) - Use of photozone / UV for groundwater treatment P.J. Piscaer, H. Glas, (NL) - The Influence of ozone on Legionella and Pseudomonas species contaminating hot whirlpools F. Tiefenbrunner, A. Mühlbacher, C. Bernhart, (A) - Ozone generation and control - Ozone production by corona discharge in dry oxygen S. Hadj-Ziane, P. Pignolet, R. Peyrous, C. Coste, J.M. Benas, B. Held, (F) - Influence of the voltage polarity on the ozone formation in N - 2 - O - 2 - mixtures G. Mechtersheimer, B. Eliasson, U. Kogelschatz, (CH) - Ozone generation with converter and micro-processor control M. Fender, O. Leitzke, (D) - Practical experiences with Megos® ozone plants in water works with automatic control D. Blankenfeld, (D) - Automatic control of ozone concentrations in testing cabinets for materials and plant research T. Meier, P. Prinz, J. Schweckendiek, H.-H. Stiehl, (D) - Use of UV - Hygienic demand to UV-disinfection for drinking-water D. Schoenen, (D) - UV susceptibility of laboratory strains and strains isolated from surface water H. Martiny, B. Schüller, H. Bilden, (D) - Ultra Violet disinfection of carbon filtered drinking water J.C. Kruithof, R.C. van der Leer, W.A.M. Hijnen, P.A.N.M. Nuhn, F.A.P. Houtepen, L.A.C. Feij, (NL) - UV-Disinfection of drinking water: photochemical decomposition of PAH and mutagenic activity B. Kruppa, H.-J. Moriske, H. Rüden, (D) - UV-plants for water disinfection Requirements, tests and constructional characteristics P. Gelzhäuser, (D) - UV Sources and process modelling - Technologies of UV radiation sources J. Schäfer, J.P. Schulz, (D) - Recent developments in the technology of low pressure mercury UV lamps G. Egberts, (D) - Low-pressure mercury lamps of high UV intensity H.J. Stein, M. Lazarevic, (CH) - UV-reactor geometry for water treatment: Evaluation of UV-intensity at 254 nm M. Denis, G. Minon, W.J. Masschelein, (B) - The effect of photochemical reactor design on the rate of photolysis of H - 2 - O - 2 - and of volatile organohalogenated compounds I. Nicole, J. de Laat, M. Dore, J.P. Duguet, C. Bonnel, (F) - Ozone generation with narrow-band UV radiation B. Eliasson, U. Kogelschatz, (CH) - Combined use of oxidants - The chemistry behind the upgrading of water with UV light. An overview. C. von Sonntag, (D) - Peroxone for control of disinfection by-products, tastes and odors, and microorganisms M.J. McGuire, J.M. Thompson, S. Liang, C.H. Tate, W.H. Glaze, (USA) - Removal of TCE, PCE and CTC from a contaminated groundwater using UV/Ozone T.K. Underbrink, E.M. Aieta, I.E. Wallace, E. Wong, J.S. Lang, P.E. Sedory, (USA) - Use of advanced oxidation processes for control of color in groundwater B.A. Beaudet, N.L. Patania, E.M. Aieta, J.E. Singley, R.R. Trussell, T.O. Mardam, (USA) - a. o.
