UV AOP Scavenging ExplainedScavenging is a complex water quality parameter that influences UV advanced oxidation (UV AOP) performance and system...
Published by Water Network Research, Official research team of The Water Network
UV AOP Scavenging Explained
Scavenging is a complex water quality parameter that influences UV advanced oxidation (UV AOP) performance and system sizing – and it isn’t always well understood or considered.
In this webinar, Trojan Technologies experts Sean Mack and Muhammad Umar will take a closer look at what scavenging is, why it matters and how changes in water quality can affect an AOP system over its operating life. Drawing on over 30 years of research, science and real-world UV AOP experience, we’ll explain how understanding each site’s unique water quality can help reduce sizing risk and support reliable performance, both today and into the future.
What You'll Learn:
What is scavenging and why it matters to UV AOP performance and system sizing.
How scavenging relates to water quality, and why seemingly similar waters can have very different AOP requirements.
Why scavenging can be easy to overlook when evaluating water quality, and the risks of not properly accounting for it during system design.
How changing source water can change scavenging over time, making it important to consider not only today's water quality but what a system may encounter years from now.
Why understanding the complete water quality matrix matters when designing a UV AOP system that needs to deliver reliable performance throughout its operating life.
How Trojan approaches scavenging and UV AOP sizing, building on years of research, scientific understanding and experience designing full-scale installations.
Scavenging is a complex water quality parameter that influences UV advanced oxidation (UV AOP) performance and system sizing – and it isn’t always well understood or considered.
In this webinar, Trojan Technologies experts Sean Mack and Muhammad Umar will take a closer look at what scavenging is, why it matters and how changes in water quality can affect an AOP system over its operating life. Drawing on over 30 years of research, science and real-world UV AOP experience, we’ll explain how understanding each site’s unique water quality can help reduce sizing risk and support reliable performance, both today and into the future.
What You'll Learn:
What is scavenging and why it matters to UV AOP performance and system sizing.
How scavenging relates to water quality, and why seemingly similar waters can have very different AOP requirements.
Why scavenging can be easy to overlook when evaluating water quality, and the risks of not properly accounting for it during system design.
How changing source water can change scavenging over time, making it important to consider not only today's water quality but what a system may encounter years from now.
Why understanding the complete water quality matrix matters when designing a UV AOP system that needs to deliver reliable performance throughout its operating life.
How Trojan approaches scavenging and UV AOP sizing, building on years of research, scientific understanding and experience designing full-scale installations.
Tags
- Ultraviolet
- Ultraviolet