Expert Water Consulting Services

hagoscon  Logo: A stylized representation of the company's name, with vibrant colors and modern design. Consulting in hydrology, borehole drilling, groundwater studies, safe drinking water solutions and water management.
Chêne-Bougeries
Geneva, Switzerland
Mon-Fri
09:00 - 17:00
+41 22 700 30 05
info@hagoscon.com

Engineering Hydrology

Hydrology emerged as a scientific discipline in response to the growing need to understand the Earth’s complex water systems and to address pressing water-related challenges.

It is the study of the distribution, movement, and characteristics of water across the globe, focusing on oceans, rivers, and groundwater systems, and examining their interactions with the environment at each stage of the hydrological cycle. This includes processes such as precipitation, evaporation, infiltration, and runoff.


Surface Water Hydrology

Surface-water hydrology is a specialized field that focuses on the study of global surface water systems, including overland flow, rivers, lakes, wetlands, estuaries, oceans, and seas. It investigates the dynamics of surface water flow, covering aspects such as:

  • Discharge measurements
  • Statistical variability of flow at specific locations
  • Flooding and drought susceptibility
  • Inundation risk levels
  • Surface water dynamics

Surface-water hydrology plays a key role in understanding and managing the flow of water across landscapes, helping to mitigate flood risks and manage water resources effectively.


Engineering Hydrology

Engineering hydrology primarily focuses on the application of hydrological principles to engineering projects. Key areas include:

  • Assessing flood risks at specific dam sites and calculating maximum flow rates over spillways
  • Flow analysis in culverts, waterways, and urban stormwater drainage systems
  • Determining water reservoir capacity to ensure adequate supply for irrigation and municipal water needs, especially during drought conditions

Additionally, engineering hydrology examines the water yield from catchments and the relationship between surface water and groundwater resources. It involves the analysis of key processes such as runoff, precipitation, and the impacts of challenges like flooding and droughts. Solutions derived from this analysis are crucial in mitigating these challenges and optimizing water resource management.


Engineering hydrology is integral to the design and management of sustainable water systems, ensuring that infrastructure can handle the demands of both natural water cycles and human usage.

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