The full modeling cycle of contaminants propagation from industrial facilities includes the following steps:
• 3-D modeling of contaminated site
• Simulation and modeling of water flow in soil
• Modeling of contaminants transfer in soil
• Modeling of environmental thermal pollution
• Analysis of the spatial data distribution
3-D modeling of contaminated site
According to customer information we design 3-D model of site.
Simulation and modeling of water flow in soil
Using mathematical models of water transport in unsaturated (zone of aeration) and saturated medium we calculate moisture flow rate. Also it is possible to determine the intensity of the contaminants flux from the soil surface to groundwater.
Modeling of contaminants transfer in soil
Taking into account water transport results (the previous step) and the distribution of groundwater levels of the site we calculate the contaminants propagation in soil.
Modeling of environmental thermal pollution
We calculate heat propagation from some industrial heat source (thermoelectric power station, nuclear power station) or by injection of hot liquids into groundwater (e.g. during mining operations).
Analysis of the spatial data distribution
According information about groundwater levels, contaminants concentration in given wells or other kinds of spatial data, we calculate spatial distribution in a certain region.
Stochastic modeling
Stochastic modeling makes easy contaminantion risk assessment for water bodies (water wells, reservoir, river, etc.) and helps to make the correct management decisions.
Our experts will help you to solve problems like modeling groundwater flow and soluted contaminants transfer, as well as calculation of contaminants ingress intensity from the soil surface to groundwater, water pollution risk assessment etc.