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Modeling Vapor Transport through Underground Utilities from Contaminant Spill Sources to the Interior of Buildings - Year 2 - Documentation of R-UNSAT A Computer Model for the Simulation of Reactive, Multispecies Transport in the Unsaturated Zone. Retrieved from
https://doi.org/doi:10.7282/T3KW5F86
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Main TitleModeling Vapor Transport through Underground Utilities from Contaminant Spill Sources to the Interior of Buildings - Year 2 - Documentation of R-UNSAT A Computer Model for the Simulation of Reactive, Multispecies Transport in the Unsaturated Zone
PublisherNew Jersey Department of Environmental Protection (NJDEP), Division of Science and Research (DSR)
Date Created2001
Subject (Geographic)New Jersey
Subject (Geographic - Hierarchical)
Country: United States
State: New Jersey
Subject (Topical)buildings; chemicals; contamination; environmental data; environmental monitoring; environmental technologies; pollution; soils; toxins; water; R-UNSAT; Windows; soil diffusion model; hydrocarbon transport; sediment; groundwater; vapor; trench; buildings
DescriptionThis document creates a computer model for vapor transport through underground utilities from contaminant spill sources to the interior of buildings. The document instructs users how to use the simulation model and briefly discusses the results. Formulas are given for tracking movement in a leaking trench.
NoteU.S. Geological Survey Open File Report 97-630 Graphical interface developed by VISUAL-IT, Inc. Development Team: Craig J. Joss Costi Alexandru Graphical interface development funded by NJ DEP - DSR
NotePurpose: To create a computer modeling for vapor transport through underground utilities from contaminant spill sources.
Data Life Cycle Event(s)
Date: 2007-10-15 00:00:00.0
Creator: Dan Calandro
Organization NameNew Jersey Environmental Digital Library
RightsThis resource may be copyright protected. You may make use of this resource, with proper attribution, for educational and other non-commercial uses only. Contact the contributing organization to obtain permission for reproduction, publication, and commercial use.