Pratice Periodical of Hazardous, Toxic, and Radioactive Waste Management

The 13 technical papers in this 2-volume special issue reflect the state of the art in environmental multimedia transport (EMMT) and modeling. The evolution of EMMT theory provides an opportunity for environmental engineers and scientists to more accurately track and predict the ultimate fate of pollutant generation in our environment. This will have a dramatic positive impact on our ability to asses the environmental impacts of pollutant transfer through a multitude of media. Papers include: Transport of Cr(VI) in Soils Contaminated with Chromite Ore Processing Residue (COPR); Semi-analytical Simulation of Soil Vapor Extraction; Probabilistic Approach to Identify Sensitive Parameter Distributions in Multimedia Pathway Analysis; Development of Probabilistic Multimedia Multipathway Computer Codes; Transport of Subsurface Chemicals Under Nonequilibrium Sorption Conditions; Evaluation of Application of One-Dimensional Groundwater Transport Model to PRESTO-EPA Model; Multimedia Environmental Models; Multimedia Environmental Distribution of Toxics (Mend-Tox) I: Hybrid Compartmental-Spatial Modeling Framework; Multimedia Environmental Distribution of Toxics (Mend-Tox) II: Software Implementation and Case Studies; Radioactive Nuclear Waste; Application of RESRAD-OFFSITE to Two Probabilistic Test Scenarios; Multimedia Chemical Fate Model for Environmental Dredging; and Dose Assessment Associated with Landspreading of Petroleum-Industry Naturally Occuring Radioactive Material