KYSPILL, tested by the American Institute of Hydrology, is the most effective software for modelling contaminant plumes generated by: -Underground Storage Leaks- Sanitary Landfill Leachates – Accidental Chemical Spills – Saturated and Unsaturated and Zone Plumes – Pont or Nonpoint Sources.
While existing codes are written for either the unsaturated or the saturated zone, KYSPILL offers a complete prediction package for both the soil and the underlying aquifer. KYSPILL is the easiest model to implement; first you select the appropriate source type from the data menu. You then input relevant aquifer and spill data. For most spills you need only one data entry screen; you have detailed data diagnosis and on-line Help. Finally, you may select a variety of contour maps and breakthrough curves from the Run menu.
Within seconds KYSPILL generates graphs that allow the user to predict the contaminant pathway, locate regions of non-compliance, estimate contaminated volumes, plan monitoring networks, or design cleaning operations.
KYSPILL converges years of scientific research about dispersion phenomena in porous media. It considers aquifer heterogeneity in a statistical fashion. It implements new stable semi-analytical solutions of the coupled flow and transport equations developed by Dr. S.E. Serrano.
KYSPILL is the commercially available scale-dependent groundwater pollution model capable of predicting 3D dispersion in soils and the subsequent 2D propagation in unconfined heterogeneous aquifers. It also considers reactive or degradable contaminants.
-SELF-CONTAINED GRAPHICS-NO GRID AND NO MATH- NO COMPLEX DEBUGGINS –NO PREPROCESSORS OR POSTPROCESSORS – NO TRAINING COURSES NEEDED –FAST AND EFFICIENT.