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Decontamination
of Hydrocarbon Polluted Military Sites to Decrease Environmental Risks Low –
Cost Cyclodextrin Technology (SfP-973720) TRAINING COURSE |
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BIOLOGICAL
DEGRADATION OF HYDROCARBONS IN CONTAMINATED SOILS
(September 30, October 1, 2002)
“BIOLOGICAL DEGRADATION OF POLYCHLORINATED BIPHENYLS
IN
CONTAMINATED SOILS AND SEDIMENTS”
Sponsored by NATO
DICASM. Faculty of Engineering,
Viale
Risorgimento, 2. I-40136.
Friday,
September 7 (Room
No. 3.1. Faculty of Engineering, University of Bologna
Biodegradation of Polychlorinated Biphenyls
(PCBs) in contaminated environmental matrixes: principles and applications.
9.00. Welcome.
Prof. Franco Sandrolini
(DICASM Chairman) and Prof. Leonardo Marchetti.
DICASM,
Faculty of Engineering,
9.20. Goals and objectives of the training course.
Prof. Fabio Fava (coordinator of the NATO Science for Peace Project
N. 973720)
DICASM,
Faculty of Engineering,
9.30. Production and properties of
polychlorinated biphenyls.
Prof.
Fabio Fava.
9.50. Toxicity of polychlorinated biphenyls.
Dr. Annamaria Colacci.
National
Inst. for Cancer Research – Genoa
10.50. Break
11.10. Microbial degradation of
polychlorinated biphenyls.
Prof. Fabio Fava.
12.10. Microbial degradation of chlorobenzoic acids.
Dr. Diana Di Gioia
DICASM,
Faculty of Engineering,
1.00pm. Lunch
Prof.
Fabio Fava.
2.45pm. Use of exogenous bacteria in the aerobic bioremediation of
PCB-contaminated soils.
Dr. Lorenzo Bertin.
DICASM,
Faculty of Engineering,
3.45pm. Use of bioavailability enhancing agents
in the aerobic bioremediation of PCB-contaminated soils.
Prof.
Fabio Fava.
4.45pm. Break
Prof.
Davide Pinelli.
DICMA,
Faculty of Engineering,
Saturday, September 8
Laboratory training on the
chemical and biological techniques more commonly used in the bioremediation of
PCB-contaminated soils and sediments.
9.00. Goals and objectives of
the lab training.
Prof. Fabio Fava (Room No. 2.2. Faculty
of Engineering, University of Bologna
9.15.
Lab-training
activities
(Laboratories of DICASM, Faculty of Engineering, University of
Fabio
Fava, in the collaboration of Diana Di Gioia, Lorenzo Bertin, Monica Carnevali,
Giulio Zanaroli, Silvia Gentilucci,
Massimiliano Marinucci, Valentina Giorgio.
- Development
of slurry- and fixed-phase laboratory-scale bioreactors for the aerobic
biological treatment of PCB-contaminated soils;
- Development
of anaerobic microcosms for studies on the biodegradation of PCBs in
contaminated sediments;
- PCB-extraction
from contaminated matrixes: principles and applications;
- PCB
qualitative and quantitative analysis by capillary GC-ECD: principles and
applications;
- Chlorobenzoic acid qualitative and
quantitative analysis by HPLC-DAD:
principles and applications;
- Chloride
ions analysis by IC-CD: principles
and applications;
- Quantitative
and qualitative analysis of the heterotrophic and specialized cultivable
aerobic bacteria occurring in PCB-contaminated soils. Use of molecular
tools to analyse the total and the specialized biomass occurring in the
same soils.
- Ecotoxicological analysis of PCB-contaminated
matrixes.
BIOLOGICAL DEGRADATION OF HYDROCARBONS IN CONTAMINATED
SOILS
Sponsored by
NATO through the Science for Peace Programme Project N. 973720:
“Decontamination
of Hydrocarbon Polluted Military Sites to Decrease Environmental Risks -
Low-Cost Cyclodextrin Technology”
September 30,
October 1, 2002
Budapest
University of Technology and Economics
Sep. 30 (Room K II. 40, Central
building, Műegyetem rkp. 3.)
8.00-8.15 Introduction
(Gruiz K., Budapest Univ. Technol. Econom.)
8.15-9.00 Cyclodextrin
chemistry and application (Szejtli J., Cyclolab Ltd.)
9.00-9.45 Environmental
use of cyclodextrins (Fenyvesi E., Cyclolab Ltd.)
9.45-10.30 Natural
attenuation (Gruiz K., Budapest Univ. Technol. Econom.)
10.30-11.00 Break
11.00-11.45
Intensified
biodegradation of hydrocarbons (Molnár M., Budapest Univ. Technol. Econom.)
11.45-12.30 Quantitative
risk assessment of contaminated sites (Gondi F., Szabó I., BGW Ltd.)
12.30-13.00 Introduction
of the site and remediation works at Mazout lakes (Magyar B., Elgoscar, Ltd.)
Site visit to Mazout lakes (Magyar B., Elgoscar, Ltd)
Oct. 1 (Room T 601 Egry
József u. 1)
8.00- 9.30 Intensified
biodegradation of PCBs (Fava, F., Bologna Univ.)
9.30-10.15 Biodegradation of organic pollutants
(Szabó Z., National Health Institute)
10.15-11.00 Integrated methodology to monitor the
bioremediation of soils contaminated with hydrocarbons, biological and
ecotoxicological methods (Gruiz K., Budapest Univ. Technol. Econom.)
11.00-11.30 Break
11.30-12.15 Gas
chromatographic methods in analysis of soils contaminated with hydrocarbons
(Balla J., Budapest Univ. Technol. Econom.)
12.15-12.45 Physical methods in soil analysis, effect of
CD on the physical properties of soils (Murányi A., Jozefaciuk, G., Hungarian
Academy of Sciences)
12.45-13.15 Introduction
of the site and remediation works at Népliget Transformer Station (Walter, H.,
REM-FWS Ltd.)
Site visit to Népliget
Transformer Station (Tálasi Á.)