Water Resource Management

Water resource management is the conservation, custody, and transport monitoring of water as a natural resource for the efficient and effective usage applications

  • Agriculture
  • Drinking / potable water
  • Wastewater
  • Industrial
  • Recreational use
  • Sustainability

Measurements of quantity, quality, and movement of water for these applications are used in forecasting, management, compliance reports, policymaking, resource allocation, research, and public reporting.

Stevens is the most senior company worldwide in providing quality products for water resource management for over 100 years.

Effective management of watersheds must address the growing pressures caused by development on the natural function of rivers and floodplains. Planning for development and accommodating beneficial uses of water resources, while maintaining and enhancing the natural functions of these water resources, requires managers to consider many factors. These include water-related disasters such as floods and droughts, ensuring a sustainable water supply, protection and remediation of water quality, management of river sediments and soil erosion, balancing competing demands on supplies, and protection and restoration of riparian habitats.

Water shortage, water pollution and flood impacts are among the most urgent problems in river management. The number of flood disasters worldwide has increased significantly in recent years. While this may partly be due to a changing climate, the additional utilization of flood plains for transportation corridors, housing, and agriculture also results in a reduction of the natural capacity of catchments to attenuate runoff.

Dams and reservoirs store water for power, potable water supply, and irrigation, and are also used to mitigate the potentially devastating effects of floods and droughts. At the same time they may have negative environmental and social impacts. There is therefore an increasing demand for detailed and accurate assessments of the environmental impacts of these facilities, and for optimizing operation of existing dams to minimize the adverse effects while maximizing the benefits.

It is challenging to maintain quality water supplies to existing communities, let alone planning for the future growth. Much of the infrastructure utilized in the collection, treatment, and distribution of water is aging and requires assessment to determine the best replacement and rehabilitation strategies. Clean, efficient, and reliable water supplies ensure the sustainability of a community, with improved human health and economic viability. Wastewater planning is equally important for a community’s long-term success. Efficient collection, treatment, discharge, and reclamation require water managers to leverage the best available technologies.




Groundwater, aquifersWater tank levelOpen channel flow Groundwater, aquifers
IrrigationTidal monitoringDischarge
Leak detectionTsunami monitoringFlow velocity
Flood warningSea level monitoringCSO (combined sewer overflow)
Level and Quality of rivers, lakes, streams, ponds,
reservoirs, wetlands, estuaries, watersheds
Closed conduit (pipe) flow / velocityWater availability and quality for application usage
Wholesale water deliveryMonitoring for Hydro-electric powerEnvironmental impact monitoring
ResearchWater rightsRegulatory compliance

Sensor Measurements

Pressure sensors measure the hydrostatic pressure of the water above the sensor's diaphragm to calculate the liquid level. External variables that influence the measurements are atmospheric pressure, temperature, water density, and gravity (all that can be compensated for)