20 hydrological and hydrogeological tools, built by us

GIS-based field data collection: well inventory, water levels and photos with GPS, synced to project boundaries and per-project access.

Pumping and recovery tests by Cooper–Jacob and Theis recovery methods.

Well efficiency and aquifer and well loss coefficients by the Hantush–Bierschenk method.

Hydraulic conductivity from slug tests by Hvorslev and Bouwer–Rice.

Double-ring infiltrometer data fitted to Horton's equation.

Historical water level charts, trend analysis and hydrograph export.

Samples with GPS location, field parameters and laboratory results.

Processing and interpretation of 2D/3D resistivity sections into aquifer, fracture and seepage zones.

Natural-field PQWT profiles converted to inferred lithology and checked against borewell logs.

Year-by-year, season-by-season seepage into opencast and underground workings.

Excavation seepage by the IS 9759 equivalent-well method, with pumping schedule and CGWA NOC quantity.

Theis model with daily pump-recover cycles, 2D/3D cone of depression, receptor screening and three radius-of-influence methods.

Watershed runoff by Khosla's formula with ten years of climate data fetched automatically.

Design storm to SCS hydrograph to 2D flood maps, with our Flood2D engine and HEC-RAS 2D inputs.

Site runoff by land use and recharge-structure sizing per CPWD and GEC-2015.

Checklist-driven water balance with an automatic process-flow diagram, CPHEEO and CPCB norms.

CMIP6 projections under SSP2-4.5 and SSP5-8.5: downscaled rainfall and temperature series and their effect on recharge and source sustainability.

Climate Risk and Vulnerability Assessment: hazard, exposure and vulnerability scoring for a site, block or district.

For Visual MODFLOW Flex. Pre-processing: grid, recharge, wells and boundary files. Post-processing: heads, drawdown, mass balance, mine seepage and CGWA-ready figures.

DEM, Surfer grid and GeoTIFF for the study area plus 2 km, from survey points, SRTM or Copernicus.