Transferring conceptual system behavior into scenario analysis
Model results are used not only to produce a single value, but to make uncertainties, data needs and alternative decision options visible. This approach positions modeling not as a computational output, but as the technical foundation of the decision process.
HİDROJEOTEK treats modeling not merely as a computational exercise, but as an integrated process of data control, conceptual model development, assumption management, calibration strategy, sensitivity assessment and technical reporting. The focus is on methodology, data quality and decision needs rather than software names.
Groundwater flow modeling
Aquifer systems, boundary conditions, recharge-discharge components, pumping impacts, dewatering and water balance scenarios are evaluated.
Hydrological modeling
Rainfall-runoff relationships, basin response, flood/drought conditions and hydrological impacts of land-use change are assessed.
Transport and quality scenarios
Contaminant movement, dispersion mechanisms, water quality changes and management/remediation scenarios are technically interpreted.
Traceable assumptions and decision-support outputs
Each modeling study is carried out in four core stages. Each stage provides input to the next; assumptions and constraints are explicitly documented throughout.
Data preparation
Geological, hydrogeological, hydrological and spatial data are organized according to modeling objectives.
Conceptual model
Main system components, boundary conditions, processes and assumptions are clearly defined.
Scenario analysis
Operational, climate, design or mitigation scenarios are converted into comparable technical outputs.
Sensitivity and uncertainty
The sensitivity of model results to parameters and assumptions is evaluated; the reliability range of the model is made explicit for decision-makers.
Let’s technically evaluate your project
You may initiate the first evaluation process by sharing your project scope, available data and expected technical output.