Turbitech UVT Sensor

The Turbitech UVT Sensor delivers continuous, real-time measurement of UV transmittance (UVT), providing critical insight into the effectiveness of UV disinfection systems.

UV disinfection performance is directly dependent on water quality. Without accurate UVT data, system performance becomes an assumption rather than a measurable process.

Designed for challenging process and environmental applications, the Turbitech UVT features a retractable probe design and automated radial cleaning system, ensuring consistent, reliable measurements with minimal maintenance.

Spec Sheet | Manual

Description

Key Features

  • Continuous, real-time UVT measurement
  • High accuracy UV transmittance monitoring
  • Retractable probe for safe maintenance and servicing
  • Automated radial cleaning system for fouling control
  • Designed for harsh wastewater and process environments
  • Low maintenance requirements

Why UVT Monitoring Matters

UVT is the single most important parameter affecting UV disinfection efficiency.

Changes in turbidity, organics, and suspended solids directly impact how effectively UV light penetrates water. Without real-time monitoring, operators risk:

  • Under-dosing → ineffective disinfection
  • Over-dosing → unnecessary energy costs
  • Compliance failures

The Turbitech UVT Sensor provides the data needed to optimize UV dose, reduce risk, and ensure compliance.


Typical Applications

  • Municipal wastewater treatment works
  • Drinking water treatment plants
  • Industrial water reuse systems
  • Environmental monitoring
  • UV disinfection system optimization

Benefits

  • Improved disinfection reliability
  • Reduced operational costs
  • Better process control
  • Increased regulatory compliance confidence
  • Reduced manual sampling and lab analysis
The retractable design allows operators to remove the sensor for maintenance without interrupting the process.

The automated cleaning system minimizes fouling, maintaining measurement accuracy even in high-solids environments.