Cities
Kitzbühel, Austria
Protecting alpine waters and supporting sustainable tourism with continuous environmental monitoring.
Read more
Waterworks Warsaw
Upstream visibility for resilient water operations
Waterworks Warsaw
Upstream visibility for resilient water operations
Continuous river intelligence supports earlier risk detection and gives operational teams more time to prepare for changing source-water conditions.
About the waterworks
About the waterworks Waterworks Warsaw
Upstream visibility for resilient water operations
River intakes are exposed to upstream events, rapid weather changes and variable source-water quality. Laboratory results remain essential, but they do not provide a continuous view of incoming conditions.
Why We Monitor
Earlier detection of incoming water-quality risk
More time to prepare operational response
Continuous context between laboratory sampling rounds
Early risk detection
Protect operations
Data-driven decisions
WaterSense connects upstream and operational monitoring points in one live view. Alerts and trends reveal developing changes, while forecasting supports earlier preparation and better-informed intake decisions.
Measuring
What We Measure
°C↓
Water temperature
Water temperature influences aquatic life, algae growth and oxygen availability.
EC
Conductivity
Indicates the amount of dissolved minerals and salts in the water. Changes may indicate pollution or runoff.
pH
pH
Shows whether the water is acidic or alkaline. Healthy lakes usually remain within a stable natural range.
DO
Dissolved Oxygen
Essential for fish and aquatic organisms. Healthy oxygen levels indicate a thriving ecosystem.
NTU
Turbidity
Shows changes in water clarity that may indicate runoff, sediment or operational risk.
COD
Chemical Oxygen Demand (COD)
Shows the total oxygen demand from organic and inorganic matter and helps identify pollution loads.
BOD
Biochemical Oxygen Demand (BOD)
Shows how much oxygen microorganisms need to break down biodegradable organic matter.
A254
Absorbance
Tracks optical changes linked to dissolved organic matter and sudden shifts in source-water quality.
Cl⁻
Chlorides
Tracks dissolved chloride salts that may indicate runoff, discharge or changing source-water conditions.
m
Depth
Adds vertical context to measurements and helps identify stratification across the water column.
Chl-a
Chlorophyll-a
An indicator of algal biomass used to follow biological productivity and emerging bloom risk.
Partners
Our Partners
Waterworks Warsaw
Upstream visibility for resilient water operations
WaterSense
WaterSense
Smart water monitoring technology for healthier lake and a better future
More client stories
Explore more customer stories
See how water-dependent organizations use WaterSense in the field.
Industry
Saar River, Güdingen
Tracking changing conditions along the Saar River in Güdingen with a continuous view of environmental data.
Read more
Cities
Municipality of Czaplinek
Protecting Lake Drawsko with continuous environmental monitoring and real-time visibility into changing water conditions.
Read more
Cities
City of Warsaw
Monitoring urban waters to support greener public spaces, healthier ecosystems and faster environmental decisions.
Read more
Cities
City of Wrocław
Building a clearer view of urban water conditions to protect residents, recreation and the local environment.
Read more
Fisheries
Fishery Dolina Huczwy
Continuous pond monitoring provides early warning of harmful changes and supports healthier fish production.
Read more
Waterworks
Waterworks Wrocław
Monitoring changing river conditions to strengthen intake protection and support faster operational decisions.
Read more