The picture depicts various softwares we use and their descriptions
Top left diagram of. Electrical Resistivity Survey (ERS) is a widely used geophysical method to study the subsurface soil and lithology and to provide on-site hydrogeological information of the specific areas where tubewells are to be drilled. As an advance geophysical study to explore the subsurface lithological units, electrical resistivity survey (ERS) needs to be carried out atvarious selective sites inorder to configure the thickness of aquifer, subsurface lithology. The RESIXP software is used to interpret and get information of the subsurface geology, water bearing formation having fresh and polluted groundwater.
Geophysical well logging comprising natural gamma sounde and resistivity self potential sounde may be carried out in the naked trial bore to further confirm the subsurface lithology as determined from the drill cutting. Exact thickness of the potential groundwater aquifer will therefore be determined and effectively utilized to design for the blind and percolation pipes. Based on the Darcy’s law a tentative evaluation is also made of the well yielding.
The CFD modeling techniques have been successfully applied to the problems of atmospheric dispersion, reactor analyses and design, heat transfer equipment analyses and design, aerodynamics, natural convection cooling, Hvac analyses and many other areas of practical interest.
Contaminant Transport modeling to control and manage the environmental constraints resulted from oil and gas exploration, Leakage from petroleum storage tanks, and disposal of industrial waste.