1.Introduction. Old ecological loads, brownfields. The differences, definition, the information on deterioration landscape.
2.Old ecological loads. Criterion for evaluation of groundwater contamination and soil contamination. The basic physico-chemical and chemical properties of soils.
3.Legislation and the methods for evaluation of old ecological loads.
4.Extraneous compounds in soil and ground water. The main pollutants present in brownfields. Persistent organic Pollutants, risk elements – the ocurence, behaviour, properties.
5.Risk analysis. The method of determination. Sampling. The determination of area extent of contamination. The method for surveying.
6.Mobility of pollutants (condition in environment and factors influencing mobility). The basic technologic possibilities for migration prevention.
7.Biological methods for soil decontamination. Principles of biological method decontamination. Case study of phenols biodegradations, polyaromatic hydrocarbons and nonpolar hydrocarbons.
8.Physico-chemical method soil decontamination: soil sparging, washing, extraction, degasation, dehalogenation, stabilisation/solidification.
9.Thermic methods of soil decontamination. The basic energetic parameter for fuels and combustion. Thermic desorption (low temperature and high temperature). Vitrification. Combustion. Pyrolysis.
10.Co-combustion of waste. Technology “Zero-Waste” for energetic instalations and power plants.
11.The other technologies for soil decontamination. Electrokinetic soil decontamination.
12.Technology for underground water processing: stripping, air sparging, passive protection: barriers, bioreactors and biofiltration, ionexes, precipitation, UV-oxidation, membrane separation, O3-oxidation.
13.Technology for underground water processing: sorption processes.
14.Landfills. Technology for landfills reclamation. The mineral raw materials and wastes for reclamation. Geotechnical protection of landfills, monitoring of ground water (parameters, borehole position), recultivation systems.
2.Old ecological loads. Criterion for evaluation of groundwater contamination and soil contamination. The basic physico-chemical and chemical properties of soils.
3.Legislation and the methods for evaluation of old ecological loads.
4.Extraneous compounds in soil and ground water. The main pollutants present in brownfields. Persistent organic Pollutants, risk elements – the ocurence, behaviour, properties.
5.Risk analysis. The method of determination. Sampling. The determination of area extent of contamination. The method for surveying.
6.Mobility of pollutants (condition in environment and factors influencing mobility). The basic technologic possibilities for migration prevention.
7.Biological methods for soil decontamination. Principles of biological method decontamination. Case study of phenols biodegradations, polyaromatic hydrocarbons and nonpolar hydrocarbons.
8.Physico-chemical method soil decontamination: soil sparging, washing, extraction, degasation, dehalogenation, stabilisation/solidification.
9.Thermic methods of soil decontamination. The basic energetic parameter for fuels and combustion. Thermic desorption (low temperature and high temperature). Vitrification. Combustion. Pyrolysis.
10.Co-combustion of waste. Technology “Zero-Waste” for energetic instalations and power plants.
11.The other technologies for soil decontamination. Electrokinetic soil decontamination.
12.Technology for underground water processing: stripping, air sparging, passive protection: barriers, bioreactors and biofiltration, ionexes, precipitation, UV-oxidation, membrane separation, O3-oxidation.
13.Technology for underground water processing: sorption processes.
14.Landfills. Technology for landfills reclamation. The mineral raw materials and wastes for reclamation. Geotechnical protection of landfills, monitoring of ground water (parameters, borehole position), recultivation systems.