Inżynieria Ekologiczna Nr 2

TECHNOLOGIE ODOLEJANIA GRUNTÓW, ODPADÓW, ŒCIEKÓW
39. Malina, G., Grotenhuis, J.T.C., Rulkens, W. H.,1996b: „Simulation of bioventing in soil columns
contaminated with model hydrocarbons”, Procc. 3-rd Int. Symposium on Environmental Contamination
in Central and Eastern Europe – Warsaw ’96, Marriot Hotel, Warsaw.
40. Malina, G., Grotenhuis, T., Cuypers, C., Rulkens, W.,1995a: „Measurement of Toluene Bioconversion
during Ventilation in a Bench-Scale Soil Column ”, w: „In Situ Aeration: Air Sparging,
Bioventing, and Related Remediation Processes”, Hinchee, R.E., et al (eds), Battelle Press, USA,
str. 377-382.
41. Malina, G., Grotenhuis, T., Cuypers, C., Rulkens, W.,1995b: „Bioventing and soil vapour extraction
of decane in a bench-scale soil column”, w: „ Contaminated Soil ‘95”, van den Brink et al.
(eds), Kluwer Academic Publishers, vol. II, str. 1291-1292.
42. Malina, G., Szczepañski, A.,1994: „Likwidacja zanieczyszczeñ substancjami ropopochodnymi w
œrodowisku wodno-gruntowym”. Monografia. PIOŒ, Biblioteka Montoringu Œrodowiska, Warszawa.
43. Malina, G., 1993: „Mikroorganizmy i ich rola jako wskaŸniki zmian w œrodowisku wodno-gruntowym.”,
w: Mat. Sympozjum nt. „Biologia i Monitoring Wód Podziemnych ”, Kowalczyk, E., Szczepañski,
A. (eds), Czêstochowa, str. 8-18.
44. Miller, R.N., Vogel, C.C., Hinchee, R.E., 1993: „A field scale investigation of petroleum hydrocarbon
biodegradation in the vadose zone enhanced by soil venting at Tyndall AFB, Florida”, w: „In
Situ Bioreclamation. Applicatons and Investigation for Hydrocarbon and Contamnated Site Remediation”,
Hinchee, R.E., Olfenbuttel (eds), Butterwrth-Heineman, Boston, USA, str. 283-302.
45. Mitchell, P., 1979: „Keilin’s Respiratory Chain Concept and its Chemiosmotic Consequences”, w:
„Science”, vol. 206 (7), str. 1148-1159.
46. Moore, A.T., Taat, J., Rodewijk, F.H.J., 1994: „Advancement of Technology for the In-situ Remediation
of Contaminated Soil Using Soil Vapor Extraction”, NISRP Final Report no. 8956, Delft
Geotechnics, Holandia.
47. Mous, S.L.J., Keizer, M.G., Malina, G., de Wit, J.C.M., (w przygotowaniu): „Optimum experimental
design of a column experiment for estimating parameters in a venting model using an inverse
modeling approach”.
48. Norris, R.D., at al., 1994: „Handbook of bioremediation”, CRC Press Inc., USA.
49. Palmer Ch.M., 1992: „Principles of contaminant hydrogeology”. Levis Publishers, USA.
50. Pedersen, T.A., Curtis, J.T., 1991: „Soil extraction technology”, Noyes Data Corporation, NJ,
USA.
51. Porta, A., 1993: „A review of European bioreclamation practice”, w: „In Situ Bioreclamation.
Applicatons and Investigation for Hydrocarbon and Contamnated Site Remediiation”, Hinchee,
R.E., Olfenbuttel (eds), Butterwrth-Heineman, Boston, USA, str. 1-13.
52. Reinbold, K.A., Hassett, J.J., Means, J.C., Banwart, W.L., 1979: „Adsorption of energy-related
organic pollutants: A literature review”, US EPA-600/3-79-086, ERL Athens, Georgia.
53. Robinson, K.G., Farmer, W.S., Novak, J.T., 1990: „Availability of sorbed toluene in soils for
biodegradation by acclimated bacteria”, w: „Wat. Res.”, 24 (3), str. 345-350.
54. Roy, W.R., 1992: „Adsorption-Desorption Methodologies and Selected Estimation Techniques
for Transport-Modeling Parameters”, w: „Migration and Fate of Pollutants in Soils and Subsoils”,
Petruzzelli, D., Helfferich, F.G. (eds), NATO ASI Series, Springer-Verlag.
55. Rulkens W.H., Grotenhuis, J.T.C., Tichy, R., 1993: ”Methods for cleaning contaminated soils and
sediments”. Dept. of Environmental Technologu, WAU, Maszynopis.
56. Sikkema, J., 1993: „Microbial transformation of tetralin”, PhD Thesis, Wageningen Agricultural
University.
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