Design and Performance Guidelines for UV Sensor Systems

Abstract

Develops design and performance guidelines for UV sensor systems that account for factors which can impact the monitoring of UV fluence, (e.g., changes in water quality; type, number, and locations of UV lamps; UV reactor design). Published in 2009.

As of February 2021, the Computational Fluid Dynamics-based Software (CFD) is no longer available.

Resources

Subscriber

Design and Performance Guidelines for UV Sensor Systems

Report

#91236

09/04/2008

View Executive Summary

Related Projects

Recently

Project #1075

Sensor Technology for Water Quality Monitoring: XRF Spectroscopy

Completed

This project demonstrates that online monitoring of waterborne metals by x-ray fluorescence (XRF) at trace levels, which has been successfully applied in the power industry for several years...

View more details

Project #2821

Gas Supersaturation, Bubble Formation, and Treatment Plant Performance

Completed

Investigates fundamental aspects of gas supersaturation and bubble formation that affect coagulation processes and turbidity measurement. Reports on use of a total dissolved gas probe that directly measures...

View more details

Project #4836

Leveraging Other Industries - Big Data Management (Phase I)

Completed

This research project examines the current capabilities and state of knowledge of Internet of Things (IoT) and Big Data processing within the water industry and certain non-water sectors...

View more details

Project #4949

The Water Research Foundation and One Water: Synthesis Reports on Accomplishments in the One Water Space

In Progress

This project developed synthesis reports outlining the accomplishments the organization has made in the One Water space. The synthesis reports detail how the organization’s prior and current research...

View more details

Project #5129

Demonstration of Innovation to Improve Pathogen Removal, Validation, and/or Monitoring in Carbon Based Advanced Treatment (CBAT) for Potable Reuse

In Progress

The goal of this project is to provide utilities and regulators with clear guidance for pathogen reduction crediting for two key processes within carbon-based advanced treatment, including ozone...

View more details

Project #5107

Understanding Gasification for PFAS Removal

In Progress

The primary objective of this project is to comprehensively study the performance and feasibility of a full-scale thermal drying and pyrolysis facility to process municipal sludge as the...

View more details

Diversifying Water Portfolios through Stormwater Capture and Use: Contributing to a Water Resilient Future

Design and Performance Guidelines for UV Sensor Systems

Abstract

Resources

Design and Performance Guidelines for UV Sensor Systems

Sensor Technology for Water Quality Monitoring: XRF Spectroscopy

Gas Supersaturation, Bubble Formation, and Treatment Plant Performance

Leveraging Other Industries - Big Data Management (Phase I)

The Water Research Foundation and One Water: Synthesis Reports on Accomplishments in the One Water Space

Demonstration of Innovation to Improve Pathogen Removal, Validation, and/or Monitoring in Carbon Based Advanced Treatment (CBAT) for Potable Reuse

Understanding Gasification for PFAS Removal

Diversifying Water Portfolios through Stormwater Capture and Use: Contributing to a Water Resilient Future