Technosol has a long history in Hydrogeology and has demonstrated capabilities in: hydrogeological investigations and assessments, permitting for withdrawal or recharge, groundwater supply, aquifer management, hydraulic testing, numerical flow and transport modelling, geochemical and isotopic evaluation and modelling, and hydrostratigraphy.

In addition to our core area of groundwater, we expanded our scope in non traditional areas of hydrogeology to include petroleum, CO2 and other natural ground fluids, as they all of them play a significant role in the ground fluid flow systems. The ground fluid flow and accompanying geochemical transformations have a major impact on accumulations of natural resources and on our environment. Petroleum Hydrogeology or hydrodynamics has matured to a developmental and deployment stage, demonstrated by its successful application and integration in the E&P business.  We integrated the disciplines of hydrogeology, reservoir engineering, well logging, petroleum geology and geotechnical engineering, to provide comprehensive and effective solutions for a large variety of industrial needs and government requirements in managing natural ground fluids.

Our work has direct application in the areas of exploration and development of petroleum and groundwater resources, and environment:

Uncovering petroleum reserves in residual oil zones (ROZs);

Groundwater flow in reservoirs and tilted oil-water contacts;

Fault and top seal capacity for oil, gas and CO₂;

Hydrocarbon migration;

Geopressures;

Lateral and vertical reservoir continuity;

Oil and gas field depletion and compartmentalisation;

CO2 enhanced oil recovery of stranded petroleum reserves;

Geological storage of CO2, monitoring and verification;

Shallow and deep groundwater aquifers;

Groundwater management and control;

Groundwater remediation;

Groundwater supply for large and small operations; 

Design of conventional wells and radial collectors;

Dewatering and seepage control;

Aquifer storage and recovery;

Well rehabilitation and well abandonment;

Enhanced groundwater recharge.