Field Screening Europe 2001

"Field screening" indicates field analytical tools, and (quick) methods and strategies for on-site or in-situ environmental analysis and assessment of contamination. "Field screening" includes not only field analytical methods, such as mobile laboratories, portable analyses, detectors, sensors, or noninvasive techniques, but also reconnaissance strategies and problems of measurement in heterogeneous media, using, among others, new geotechnical and geophysical instruments.
This volume contains both oral and poster contributions to the Second International Conference on Strategies and Techniques for the Investigation and Monitoring of Contaminated Sites, "Field Screening Europe 2001", held in Karlsruhe, May 14 - May 16, 2001. As an integrated study of environmental contamination, "field screening" has become a more and more important part of environmental monitoring and the assessment of chemical contaminations. Recent developments are presented in these proceedings.
Audience: Environmental engineers, geo-scientists, chemists, biologists, soil scientists, hydrologists and geophysicists.

Klappentext

"Field screening" indicates field analytical tools, and (quick) methods and strategies for on-site or in-situ environmental analysis and assessment of contamination. "Field screening" includes not only field analytical methods, such as mobile laboratories, portable analyses, detectors, sensors, or noninvasive techniques, but also reconnaissance strategies and problems of measurement in heterogeneous media, using, among others, new geotechnical and geophysical instruments. This volume contains both oral and poster contributions to the Second International Conference on Strategies and Techniques for the Investigation and Monitoring of Contaminated Sites, "Field Screening Europe 2001", held in Karlsruhe, May 14 - May 16, 2001. As an integrated study of environmental contamination, "field screening" has become a more and more important part of environmental monitoring and the assessment of chemical contaminations. Recent developments are presented in these proceedings. Audience: Environmental engineers, geo-scientists, chemists, biologists, soil scientists, hydrologists and geophysicists. TOC:From the contents:Preface. Oral Presentations Topic 1 - Screening Strategies, Sampling and Sample Handling, Method Comparison.- Oral Presentations Topic 2 - Site Characterization.- Oral Presentations Topic 3 - Sensor Technologies, Physical and Chemical Methods.- Oral Presentations Topic 4 - Sensor Technologies, Biological Methods.- Mini-Symposium - Sample Preparation for On Site Analysis.- Poster Presentations.- Index of Authors.

Inhalt
Table of Contents. Preface. Oral Presentations Topic 1 - Screening Strategies, Sampling and Sample Handling, Method Comparison. New Sampling/Sample Preparation Strategies for Rapid Screening; J. Pawliszyn. On-Site Assessment of Contaminated Sites: Application of Sensors for On-Site Instrumentation; K. Batereau, et al. Field Screening and Soil-Groundwater Path Assessment According to the Ordinance on Soil Protection and Contaminated Sites (Bundes-Bodenschutz- und Altlastenverordnung, BBodSchV); H. Fischer, et al. A Study on the Interdependence Between Human Activities and Soil Quality on the Nearby Zone of the Danube River; L.P. Georgescu, G. Crc. On-Site Assessment of Contaminated Sites: Development of Field Screening Instruments; N. Klaas, et al. Evaluation of Selected Methods of on Site Analysis; R. Plagemann, U. Saring. Manual for the Use of On Site Analytical Systems on Contaminated Sites; H.-J. Seng, et al. Oral Presentations Topic 2 - Site Characterization. Typical Problems of Monitoring Soil and Groundwater; C.C.D.F. van Ree. Hydrogeophysical Site Characterization - Problems and New Technologies; U. Yaramanci. Simulation of Sampling of Heterogeneous Contaminated Soils; R. Breiter. Monitoring the Soil System as a Reactor Chamber; G.J. Mulder, C.C.D.F. van Ree. Spatial In Situ Delineation of Soil and Groundwater Contamination with Environmental CPT; M. Neuhaus. Base Maps for the Estimation of Diffuse Soil Pollution in Urban Areas; S. Norra, et al. Development of Selective Pore Pressure Transducers to Measure In Situ Pc-S Curves During Model Tests; O. Oung, et al. Site Contamination Fast Delineation and Screening Using the Membrane Interface Probe; M. Rogge, et al. Field Screening of Transport Characteristics in Unsaturated Fractured Porous Rock by Gas Tracer Testing; Ch. Thringer, et al. The Camera Cone as an Effective Site Screening Tool; Q. van den Boogaart, et al. Flexible and Dynamic Site Investigation; G. van Meurs, et al. Soil-Gas Investigations for the Deliniation of VOC Contaminations in the Subsurface; K. Weber, et al. Oral Presentations Topic 3 &endash; Sensor Technologies &endash; Physical and Chemical Methods. Mobile Odor Testers for Soils or Granular Materials; W. Andlauer, et al. On Site Analysis Using Ion Mobility Spectrometry with Non-Radioactive Ionization Sources; H. Borsdorf, et al. A Dissolved Hydrogen Analyzer and a Bioavailable Ferric Iron Assay for Bioremediation Analysis; P. J. Evans. Development and Field Test of a New Laser Induced Fluorescence (LIF) Spectrometer for In Situ Investigation of Oil-Contaminated Soils; R. Fernndez-Trujillo, et al. Development of an Optical Sensor for BTEX and Chlorinated Solvents; T.J. Heimovaara, et al. Rapid Screening of Organic Pollutants in Rubble with an Electronic Nose Based on a Metal Oxide Gas Sensor Microarray; R. W. Krber, J. Goschnick. Phytoindication in Field Screening of Contaminated Sites; N.G. Osmolovskaia, et al. Time Resolved Excitation Emission (TEE) Spectra: A New Screening Tool Based on Multidimensional Fluorescence Spectroscopy; U. Panne, et al. Screening Analysis of Soil, Water and Waste with X-Ray Fluorescence Using Matrix Independent Calibration Techniques; R. Schramm. Immediate Measurement of Hydrocarbon Content by NIR-Spectroscopy in Natural Soil and Soil Substitutes; J. Schrer. Gasdialytic Immersion Probes with Integrated Sample Conditioning and In Situ< Calibration; U. Spohn. The Use of UV Spectrophotometry for Rapid Site Organic Pollution Diagnosis; E.Steyer et al. Oral Presentations Topic 4 &endash; Sensor Technologies &endash; Biological Methods. Methods and Difficulties of Sampling Stygofauna &endash; An Overview; H.J. Hahn. Tree Coring as a Potential Site Characterization Tool of Shallow Groundwater Contamination; G.J.Harvey, D.A. Vroblesky. Case Study: Using Immunoassay Technology and a Dynamic Work Plan to Cost Effectively Achieve Site Cleanup and Statistical Certainty in Closure; K. Lynch, J. Shockley. Methods for Biological Quality Assessment of the River Rhine; M. Marten. Fast On Site Analysis with Low Cost Methods; H. Richter, et al. Immunological Detection of Polycyclic Aromatic Hydrocarbons (PAHs) in Airborne Aerosols; T. Scharnweber, et al. Mini-Symposium &endash; Sample Preparation for On Site Analysis. An Improved Automatic Analyzer for Organic Compounds in Water Based on Headspace Solid Phase Microextraction (SPME) Coupled to Gas Chromatography; E. Belau, et al. Location of Hydrocarbon Leakage by Combining SPME in Optical Fibers and OTDR Techniques; J. Brck, et al. Simple Sample Preparation Techniques for Field GC/MS-Analysis; G. Matz, et al. Calibration and Field Validation of SPME Fibres as Passive Air Samplers for Chlorinated Semivolatile Organic Compounds; A. Paschke, et al. Poster Presentations. Geoelectric and Electromagnetic Measurements on a Domestic Waste Site; H.R. Anschtz, et al. Influence of the Mineralogical Composition of Contaminated Soils, Sediments and Technical Substrates on the Elution-and Extraction Behaviour of Heavy Metals and PAH; A. Baermann. Sample Probe with Integrated Elution Chamber; D. Beckmann, et a…