Remediation of Soil and Groundwater

Content.- I: Overview Characterization.- I.1Remediation of Soil and Groundwater in Central and Eastern Europe:An Overview Assessment.- II: Country Reports.- II.1 Country Report: Federal Republic of Germany.- II.2 Remediation of Soil and Groundwater in the Czech Republic.- II.3 Country Report: Latvia.- II.4 Country Report for Lithuania on Soil Pollution and Prospects for its Purification.- II.5 Soil Pollution Management in Hungary.- II.6 Some Aspects of Groundwater and Soil Remediation in Russia.- II.7 Some Problems of Groundwater Industrial and Agricultural Pollution in Belarus.- II.8 Groundwater Resources and Pollution Effects in Romania.- II.9 Pollution of Soil and Groundwater in Slovakia.- II.10 Identification and Evaluation of Ecological Losses caused by Presence of the Red Army in Poland.- II.11 Water Resource Problems of Moldova.- II.12 Groundwater Contamination in Turkey.- III: Remediation Technologies.- III.1 Auditing Approaches to the Identification of Problems.- III.2 An Overview of Soil Remedies Potentially Suitable for use in Central and Eastern Europe.- III.3 Uncertainties of Costs of Remediation of Soil Pollution.- III.4 Monitoring Requirements for Health and Safety during Remediation.- III.5 Experience with In Situ Treatment Systems: An Overview.- III.6 Incorporating Risk into Decision-Making for Contaminated Site Remediation.- III.7 Leachate Treatment Systems.- III.8 Comparison of Alternative Remediation Approaches Utilizing Time-Risk Curves.- III.9 Environmental Technologies - Hungary.- IV: Case Study Applications.- IV.1 Implementation Time and Uncertainty Influences on Prediction.- IV.2 Case Study Applications: A Research Perspective.- IV.3 In-Situ and Ex-Situ Remediation of Chlorinated Solvent Species at an Active Heavy Manufacturing Facility Locatedin the Midwestern United States: A Case Study.- IV.4 Design and Implementation of Remedial Works at the Former Soviet Naval Base at Swinoujscie, Poland.- IV.5 The Elimination of Hydrocarbon and Metal