ACWIFER

Warje, Pune, Maharashtra

Our thorough research comes into effect on corporate and project specific threats and risks, before we define the criteria for a quantitative evaluation. This systematic approach is implemented for selected riskgroups, dominated by humans, technology, or force majeure. Realistic business scenarios are used in the simulation in order to build and quantify an overall situation profile along with the associated individual risks. The results are then used to develop a catalog of mitigative and corrective measures so that you can respond to technical and business management challenges to the best interest of your corporate and project goals.

Ground investigations are required to profile the underlying soils and rocks as well as groundwater conditions, to carry out in-situ tests to determine ground characteristics. Acwifr geologist, hydro-geologist, geo-tech engineers, geophysicist and drilling crews provide significant experience in ground investigations which enable them to plan the tasks effectively to achieve the best result. In addition, acwifer owns various types of drill rigs accessories and specialized in-situ testing equipment such as a cone pentameter with pore pressure and seismic measurements including dilatometer etc. Acwifer is qualified to carry out, process and interpret the following nonintrusive and intrusive ground investigations. • geophysical investigation • ground survey • geological and out cropmapping • test pits • geo technical drilling • bed rock coring and drilling • disturbed and undisturbed sampling • groundwater sampling • de-watering • aquifer test • well test acwifer provides geo-technical design applying applicable national, international and innovative design codes and methods for various types of geo-technical structures. Acwifer can interpret outputs from various types of computer aided software including stress deformation analyses applying finite different and finite element modeling. Geo-technical modeling • shallow and deep foundations • retaining walls • dam and tailing dam designs • stability analyses for embankment and excavation • ground improvement design • ground anchor and soil nail design • flood prevention structures • design of grout curtains • pavement • landfill • waste containment and lagoons • waste rock disposal • tunnel design • design of underground structures • slope stability modeling