Here is pioneering new information-the result of 20 years of research by the world's leader to help develop a genuine understanding of the behavior of the all-pervasive dense chlorinated solvents in the vadose and unsaturated zones. Now you can know the basic chemical processes for dense solvent spills, how spill volumes translate into magnitudes of contamination zones, how to remediate existing spills, and how to predict spill behavior. This new book is chemical, physical, quantitative, and qualitative-made especially valuable by 48 full-color illustrations and descriptions. This is an exacting work that should prove invaluable for years to come.
THEORETICAL CONSIDERATIONS. SPREADING MODELS. SPREADING AS A FLUID PHASE IN POROUS MEDIA. Preliminary Experiments. Trough Experiments. Column Experiments with Low Permeability Saturated Media. Glass Frit Experiments. Lysimeter Experiment. RETENTION CAPACITY OF POROUS MEDIA. MICROSCOPIC EXAMINATIONS. Methods. Examples. Interpretation. SPREADING AS A FLUID PHASE IN A FRACTURED MEDIA. Methods. Examples. MIGRATION IN AQUEOUS SOLUTION. Dye Experiments on Density-Affected Flow in Porous Media. Dye Experiments in Fractured Media. Solubilization: Removal of CHCs at Residual Saturation in Porous Media. Solubilization: Removal of CHCs in Pools. Adsorption-Desorption in Porous Media. SPREADING AS A GAS PHASE. CONCLUSIONS. Appendix I: Translator's Appendix: Physical and Chemical Properties of Dense Solvent Compounds. 142 pp., 48 full-color, detailed illustrations, 42 line drawings, references, 1988, ISBN 0-87371-121-1.