Services
Advanced Water Resources Research, Modeling & Climate Analysis
We conduct scientific studies to support water resource management, infrastructure planning, and climate resilience.
Services include:
Hydrological and hydraulic modeling (HEC-HMS, HEC-RAS, SWAT, etc.)
Basin-scale water balance studies
Flood hazard mapping and inundation modeling
Snowmelt and snowpack analysis using satellite data
Research on climate-driven trends in river flow, drought, and extreme events
Assessment of ecological flow requirements and river restoration potential
Our research supports evidence-based decision-making for government agencies, private companies, and environmental organizations.
Hydrological Monitoring Network Design, Installation & Operation
We design and install modern hydrological monitoring stations tailored to river basin characteristics and project needs.
Services include:
Site selection for river gauges, weather stations, and snowpack sensors
Installation of water level sensors, discharge measurement systems, and telemetry units
Development of real-time data transmission and storage systems
Calibration, maintenance, and reliability assessment of stations
Training for local staff on data collection and station operation
Our monitoring systems ensure reliable, continuous data for research, early warning, and resource planning.
Hydrological Assessments & Hydropower Feasibility Studies
We provide detailed hydrological analyses essential for evaluating the technical and environmental feasibility of hydropower projects.
Services include:
Long-term flow analysis and flow duration curves
Flood frequency assessment (20, 50, 100, 500-year events)
Sediment transport evaluation
Climate change impact assessment on hydropower yield
Seasonal and multi-year water availability studies
Hydropower plant intake and reservoir behavior analysis
This work supports investors, engineers, and developers in making data-driven decisions for sustainable hydropower development.
A circular ecosystem that protects nature while supporting communities
We apply innovative hydrological analysis, modern monitoring technologies, and advanced modeling to transform natural water resources into sustainable long-term value. Through accurate flow assessments, hydropower feasibility studies, and optimized project design, we support the development of efficient, climate-resilient hydropower systems. Our data-driven approach ensures reliable energy generation while protecting rivers and supporting responsible water management.