Trojan UV - Water Confidence

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• Cryptosporidium Barrier

  Cryptosporidium is a harmful protozoa that can cause severe illness and even death in some individuals. Fortunately, these chlorine-resistant protozoans can easily be inactivated with a low UV dose. ...

• Primary Disinfection

  By employing UV as the primary disinfectant, the required chemical CT can be reduced or eliminated (dependant upon local regulations).

• Multi-Barrier Strategy

  UV is a perfect fit as an additional barrier in a multi-barrier strategy to provide additional public safety.

• TrojanUVSwiftSC

  Designed to meet the needs of  large and small communities, the TrojanUVSwift™SC incorporates energy-efficient, low-pressure lamps.

• Giardia Barrier

  Giardia can be found worldwide and is one of the most common waterborne parasites. Low UV doses can inactivate Giardia without forming disinfection by-products.

• Small and Large Flow Applications

  Although most TrojanUVSwift™SC reactors are installed at smaller plants, there are available options for larger plants that prefer to have a low power consumption UV reactors. This installation treats 52 MGD (8,280 m3 hr). ...

• Real-time Monitoring

  This 6.0 MGD (946 m3 hr) installation is an example of a larger TrojanUVSwift™SC installation. The UV intensity sensor (located on the side of the reactor) can be used to monitor the UV output. ...

• No Disinfection By-products

  Unlike chlorine disinfection, UV produces no disinfection by-products and can be easily retrofitted into existing plants. This installation easily treats 0.06 MGD (10 m3/hr).

• Automatic Wiping System Available

  An automatic wiping system is available to help maintain lamp sleeve cleanliness and maximize UV output. This installation treats approximately 0.7 MGD (110 m3/hr).

• Cost-Effective Crypto and Giardia Barrier

  Cryptosporidium and Giardia are chlorine-resistant organisms that are easily treated with UV. This 0.3 MGD (47 m3/hr) system can cost-effectively protect a small community.