HYDROLOGIC & HYDROGEOLOGICAL STUDIES
HİDROJEOTEK provides hydrologic and hydrogeological technical services aimed at the sustainable management and protection of water resources, covering a broad spectrum from early project stages to long-term impact assessments. All studies are planned in full compliance with local regulations and internationally recognized standards, and are based on scientific methodologies and site-specific field data.
Preparation of Hydrogeological Investigation, Hydrogeological Assessment, and Groundwater Planning/Allocation Reports in compliance with administrative and technical specifications for public and private sector projects.
The conducted studies aim not only to define baseline conditions, but also to evaluate future-oriented engineering scenarios and support informed decision-making processes.
Hydrogeological Investigation & Characterization
Hydrogeological investigation and characterization studies focus on the conceptual and numerical definition of site-specific physical, chemical, and hydraulic parameters. These studies aim to understand groundwater system behavior and to provide reliable technical inputs for engineering projects.
Key activities include:
Conceptual Modeling:
Compilation and evaluation of existing hydrogeological, geological, and meteorological data to define the conceptual hydrogeological framework and area of influence.Aquifer Characterization:
Determination of key aquifer parameters—such as hydraulic conductivity, transmissivity, and storage properties—based on pumping tests and relevant field data.Hydrocensus Studies:
Identification and inventory of water points (wells, springs, streams, etc.) within the study area, along with field-based evaluation of physicochemical parameters.
Numerical Modeling & Simulation
Mathematical models are used to represent the behavior of surface and groundwater systems in order to address complex hydrologic and hydrogeological problems. These models support both baseline assessments and the development of future projections under alternative management and operational scenarios.
The scope of work includes:
Groundwater Flow Modeling:
Simulation of aquifer systems, water balance calculations, and evaluation of alternative groundwater use scenarios.Hydrologic Modeling:
Rainfall–runoff modeling, flood risk assessments, and hydrodynamic analyses of river systems.Hydrogeochemical Assessment and Water Quality:
Analysis of water origin, age, and contamination processes through water-rock interactions, isotope analysis, and hydrogeochemical modeling.
Water Management & Engineering Design
Water resources management studies aim to ensure the reliable and sustainable supply of water while managing the impacts of engineering activities on water systems.
Key areas of work include:
Dewatering System Design:
Engineering design and optimization of pumping wells and drainage systems to ensure safe working conditions in construction and mining projects.Water Supply and Resource Potential Assessments:
Evaluation of surface and groundwater resource potential and development of sustainable water supply strategies, and assessment of Managed Aquifer Recharge potential.Climate Change Adaptation Analyses:
Assessment of long-term impacts of climate change on water resources and environmental systems using global and regional climate projections (GCMs, RCMs), including drought scenario analyses.
International Standards and Methodology
All hydrological and hydrogeological studies conducted by HİDROJEOTEK are based on internationally recognized standards and engineering principles, including TSE, ASTM, EUROCODE, and ISRM.
Technical Note:
The numerical tools and software ecosystems used in analyses are selected dynamically based on project requirements, data complexity, and the most up-to-date methodologies presented in international scientific literature.