Surface water - a lake, river, or stream is a great example.

Surface Water Monitoring

What is Surface Water?

Surface water generally includes lakes, rivers and reservoirs. Surface water is the source water for the majority of large, well-populated metropolitan regions. Unlike groundwater, which is filtered through rock, soil and sand, surface water is exposed to the elements, making it more likely to contain organic and inorganic contaminants.

Surface water has a broader exposure to contamination like organic matter.

Why Test Surface Water?

As surface water is exposed to natural and man-made influences, it has a broader exposure to all types of contamination including organic matter responsible for disinfection byproduct formation.

With analytical testing, you can:

  • Determine the best disinfection strategy based on your unique source water
  • Control the process in real-time based on source water conditions
  • Establish a baseline for tracking DBP removal
  • Optimize coagulation/flocculation process

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Which Options are Right for You?

Monitoring your source water can help your facility achieve efficiencies during the treatment process that contribute to lower operating costs and higher quality drinking water. Whatever your needs, Hach® is ready to help with information, technology and support.

Explore the various parameters and methods for surface water monitoring below.

Monitoring source water can help you achieve a more efficient treatment process.

Ammonia levels can reach mg/L in surface water, especially in smaller water bodies and streams located in agricultural areas. These levels can change seasonally and need to be monitored. The ammonia concentration value is used to help define the chlorine to nitrogen ratio if the treatment facility uses a chloramination process. If ammonia-containing source water is used in a free chlorine facility the ammonia will react with chlorine to form chloramines but in an uncontrolled manner. The chloramines can cause taste and odor problems and possible nitrification issues in the distribution system if the ammonia is not destroyed or the chloramine formation controlled. The standard salicylate method for ammonia can be used to determine ammonia levels in the unchlorinated water.

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  • Surface Water
  • Drinking Water
  • Municipal

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