Technical assessment of groundwater and surface water systems
HİDROJEOTEK provides hydrogeology and hydrology consulting services for groundwater and surface water systems using field data, existing reports, monitoring records and analytical methods.
The work focuses on understanding aquifer conditions, interpreting groundwater behavior, assessing hydrological processes and establishing a technical basis for project decisions.
Scope of hydrogeological analysis
Hydrogeological analyses are structured to understand groundwater system conditions, flow behavior, recharge-discharge relationships and possible project-related effects.
Aquifer characterization
Lithological and hydrostratigraphic units are evaluated, and relationships between aquifers, aquitards and low-permeability units are interpreted.
Level and flow analysis
Monitoring well data, hydraulic gradients, flow directions and temporal changes are assessed together.
Pumping test evaluation
Constant-rate or variable-rate pumping tests are interpreted to estimate hydraulic conductivity, transmissivity and storage-related parameters.
Water balance analysis
Recharge, discharge, surface water interaction, abstraction and loss components are evaluated according to project scale.
Hydrogeochemical interpretation
Groundwater chemistry, water-rock interaction, quality changes and possible hydrogeochemical processes are evaluated within a technical framework.
Basin and surface water assessment
Rainfall-runoff relationships, drainage networks, surface water components and basin-scale hydrological processes are analyzed.
Hydrogeological assessment reduces project risks
Groundwater is a critical component that can directly affect design, construction, operation and environmental assessment processes in many engineering projects.
Prediction of water inflows
Potential groundwater inflows are technically assessed to support drainage, dewatering and project planning decisions.
Support for design decisions
Hydrogeological data helps place engineering design and implementation strategies on a stronger technical basis.
Reduction of uncertainty
Data gaps, groundwater flow conditions and hydrological processes are clearly defined to reduce project uncertainty.
Assessment of environmental effects
Groundwater-surface water interactions and possible impacts on the water system are examined technically and spatially.
Data-driven and model-supported approach
Hydrogeological analyses are not limited to field-based interpretation alone; where appropriate, they are supported by numerical modeling and spatial analysis.
Data compilation and control
Borehole, well, pumping test, water level, water quality, topographic and meteorological data are evaluated together.
Conceptual model
Hydrostratigraphic structure, recharge-discharge conditions, boundary conditions and flow system are placed into a conceptual framework.
Analysis and interpretation
Water level, flow, hydraulic parameter, water balance and hydrogeochemical data are interpreted from an engineering perspective.
Reporting and decision support
Findings are presented as technical reports, maps and assessment outputs that can support project decisions.
Integrated technical assessment
Depending on project requirements, hydrogeological analyses can be integrated with numerical modeling, hydrological simulation, GIS-based spatial analysis, environmental assessment and geotechnical studies.
Let’s evaluate the hydrogeological scope of your project
You may share available project data, technical needs and expected outputs so that we can define the appropriate hydrogeological assessment approach together.
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