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Air Modeling
Air quality models mathematically and numerically simulate the physical and chemical processes, based on inputs of meteorological data and source information like emission rates and stack height that affect air pollutants as they disperse. Air quality models are used during the environmental clearance process to verify that a new source will not exceed ambient air quality standards and determine appropriate control requirements.
Noise Dispersion Modeling
The location and acoustic sound power levels of potentially critical noise sources and its propagation can be assessment using mathematical models, which enable digitizing a ground map (containing ground contours). We generate noise emission levels taking into account factors such as source sound power levels and locations, distance attenuation, ground absorption, air absorption, and shielding attenuation and meteorological conditions.
Ground Water Modeling
Groundwater modeling and 3D analysis is critical to the understanding of hydrogeological and contaminant systems. Because hydrogeological and chemical distributions are multi-dimensional in nature, understanding and communicating your results is greatly enhanced by utilizing advanced groundwater modeling techniques with three-dimensional graphics. Our background and modeling resources allow us to select and apply the most cost effective modeling techniques for the problem to be addressed.
Surface Water Modeling
The Surface water modeling simulates the development in the river beds and channel plans form caused by changes in the hydraulic regime that includes bank erosion, scouring and shoaling. It assists in analysis of alignments and dimensions of navigation channels for minimising maintenance dredging, prediction sedimentation of water intakes, outlets, locks, harbours and reservoirs and forecast the impact of bridge, tunnel and pipeline crossings on river channel hydraulics.
Risk Assessment Modeling
Comprehensive multi-pathway human health risk assessment calculates risk values for multiple chemicals, from multiple sources, at multiple exposure locations simultaneously. We follow the Human Health Risk Assessment Protocol established by EPA. The results of the modeling estimate the nature and probability of adverse health effects in humans who may be exposed to chemicals in contaminated environmental media, now or in the future.

27 Dacia blvd., MD-2060
Chisinau, Moldova


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Phone: +1 (931) 225 7847 


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