Wastewater Treatment and Discharge

Water Quality Monitoring

Xylem Solution: Water Quality Monitoring – Wastewater Treatment

Water quality monitoring is essential within wastewater treatment plants (WWTP).  Regulations require certain parts of the treatment process to have daily water quality monitoring.  Operators also use water quality parameters to maximize the efficiencies of different parts of the treatment process.

The Value We Bring:

Xylem offers expert service and instrumentation designed specifically for the rigorous wastewater environment. Sensors and analyzers provide the data to make informed process decisions, ensure the facility is operating correctly and optimize treatment.

Why We Do it Best:

  • Industry leader (and inventor) in dissolved oxygen sensors for Biochemical Oxygen Demand (BOD) measurements
  • Our IQ SensorNet systems continuously monitor water quality throughout the WWTP, from the influent through the effluent, increasing operational efficiency, lowering operating costs and improving performance
  • Highly experienced service team that has strong application knowledge

Applications

Wastewater Treatment Process Monitoring

Regulatory Water Quality Monitoring for Discharge Permits

Top Water Quality Monitoring (Wastewater Treatment) Services We Offer & Benefits:

Process Control

Water quality monitoring systems designed to control the wastewater treatment process directly to optimize performance and save money.

Data recording

With 24/7 continuous monitoring, operators can get baseline data and trends for key parameters throughout the day, which allows operators to analyze high loads or flow and adjust the process accordingly.

Continuous Monitoring

Online sensors can be utilized to monitor parameters for effluent permitting, alert facility staff when a parameter is out of compliance, and provide peace of mind during normal operation.

Increased Treatment Capacity

With process variables being more tightly monitored, we can be more precise with our process and treat higher loads, which may previously have been unachievable.