Rayox UV Oxidation Unit

Ultraviolet Light Oxidation Technologies

The Rayox® units combine high-intensity, medium-pressure lamp technology with hydrogen peroxide addition to produce the strongly oxidizing OH radical. These systems are used to treat a wide variety of groundwaters and wastewaters for the destruction of many persistent contaminants such as 1,4 dioxane, N-Nitrosodimethylamine, methyl-tertbutyl-ether, and several chlorinated and aromatic solvents.

 

Sales/Product Inquiries

Call 724-218-7000, or e-mail uvtechnologies@calgoncarbon-us.com

Customer Relations

If you want to place an order, ask about the status of an order or ask an invoice-related question:

Call 866-225-4660 Or e-mail customerrelations@calgoncarbon-us.com

Customer Satisfaction

To notify us of a problem regarding our products or services:

Call 800-4-CARBON Or e-mail customersatisfaction@calgoncarbon-us.com

Ultraviolet Light Disinfection Technologies

The SENTINEL® provides municipal drinking water disinfection along with Cryptosporidium and Giardia inactivation using high-intensity, medium-pressure lamp technology for flows ranging from 0.3 million gallons per day to 40 million gallons per day through a single reactor.

For more information on Ultraviolet Light Water Treatment Technologies, click here to download a full-color brochure.

Product Bulletin/Specification Sheet Product Brochures Material Safety Data Sheets (MSDS)
SENTINEL 12 Photo
Product Bulletin

SENTINEL® 12
Designed to treat flows up to 4.8 million gallons per day (15 MLD), the SENTINEL 12 can effectively disinfect drinking water in small- to medium-sized treatment plants.
SENTINEL 18 Photo Product Bulletin

SENTINEL® 18
Designed to treat flows up to 10 million gallons per day (38 MLD), the SENTINEL 18 can effectively disinfect drinking water in small- to medium-sized treatment plants.
SENTINEL 24 Photo Product Bulletin

SENTINEL® 24

Designed to treat flows up to 20 million gallons per day (75 MLD), the SENTINEL 24 can effectively disinfect drinking water in medium-sized treatment plants.
SENTINEL 36 Photo Product Bulletin

SENTINEL® 36

Designed to treat flows up to 27 million gallons per day (100 MLD), the SENTINEL 36 can effectively disinfect drinking water in medium- to large-sized treatment plants.
SENTINEL 48 Photo Product Bulletin

SENTINEL® 48

Designed to treat flows up to 40 million gallons per day (150 MLD), the SENTINEL 48 can effectively disinfect drinking water in large-sized treatment plants.

The C³ Series™ wastewater disinfection systems use ultraviolet (UV) light energy to disinfect wastewater and prevent the spread of waterborne pathogens to lakes, streams, rivers and coastal waters. The C³ Series™ UV light damages the DNA of bacteria, viruses and protozoan cysts preventing DNA replication and thereby rendering these pathogens harmless.

For more information on the C³ Series™ wastewater disinfection systems, click here to download a full-color brochure.

Product Bulletin/Specification Sheet Product Brochures Material Safety Data Sheets (MSDS)
C3150 Product Bulletin

C³150™

Low- to medium-flow wastewater UV disinfection system

  • Nearly twice the lamp power compared to other low-flow competitive systems
  • Automatic cleaning system
  • Real-time dose pacing or flow pacing
C3150 Product Bulletin

C³150™ PS

Low- to medium-flow packaged UV disinfection system

  • Convenient packaged system design includes a stainless steel channel for easy installation, thereby reducing design and construction costs
C3500 Photo Product Bulletin

C³500™

Medium- to high-flow wastewater UV disinfection system. Also designed for combined sewer overflows, sanitary sewer overflows and wastewater reuse applications

  • Industry's most powerful low pressure, high output, amalgam lamp (500W)
  • Automatic cleaning
  • Real-time dose pacing or flow pacing
 

C³500™ D

Low Pressure High Output (LPHO) UV disinfection system achieves reduced lamp count and higher output

  • Delta-shaped mixing devices
  • 500W lamps in the smallest footprint available for overall efficiency
  • economic savings vs. other Low Pressure High Output (LPHO) systems.