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Wedeco LBX Series UV disinfection system

  Overview Specifications Industries & Applications Documentation & Tools  
Overview

Available for Rent

Overview

Product Features
  • Suitable for the disinfection of wastewater, water reuse, drinking water, and industrial water
  • 2,100 m³/h (13 MGD) maximum flow rate
  • Validated performance by state-of-the-art bioassay in compliance with USEPA’s UVDGM (2006), IUVA Protocol (2011) and NWRI Guidelines (2003/2012) 
  • High efficiency Ecoray UV lamp and ballast technology
  • OptiDose Control - Xylem's Wedeco true intensity based control philosophy using an ÖNORM-certified UV intensity sensor
  • EcoTouch or PLC controlled - operator-friendly UV system controller with SCADA communication 
  • Chemical-free, automatic, mechanical wiping system
  • OptiCone™ flow diverter

Extensively tested and sustainable

Xylem's Wedeco LBX Series is a proven, energy-efficient UV solution for the disinfection of wastewater, water reuse, surface water, process water, and other low UV transmittance liquids, whenever a closed-vessel UV system is preferred.

The LBX series has demonstrated its ability with more than 1,000 installations worldwide for various wastewater, water reuse, drinking water, and industrial applications. 

LBX UV systems have been extensively tested to meet the U.S. Environmental Protection Agency’s UV Disinfection Guidance Manual (USEPA’s UVDGM, 2006) and the National Water Research Institute (NWRI) guidelines, meeting the most stringent California Title-22 Water Reuse standards. The extensive validation allows for proven disinfection performance over a wide range of UV transmittance (UVT) values and a variety of target organisms including Adenovirus.

The LBX UV system's automatic wiping system works without chemical cleaning additives. The Ecoray lamps used by the LBX Series have reduced mercury content and consume less energy, further reducing the carbon footprint.

High efficiency and adaptability

For improved economics and maximum sustainability, Xylem's Wedeco LBX UV systems employ low-pressure, high-output, amalgam Ecoray UV lamps and ballasts. Used in combination with the variable power option, the Ecoray technology results in excellent energy efficiency under all operating conditions. Particularly in dimmed mode, they realize average energy savings of up to 20% compared to existing technologies. Furthermore, L shape units feature the patented OptiCone flow diverter which maximizes the hydraulics.

The LBX Series offers various sizes (13 x CE, 9 x cUL standard), allowing the best design tailored to the desired flow range. Alternative U, Z, and L-shaped reactors, along with DN or ANSI flanges, maximize the flexibility to fit in site-specific piping schemes. For L-shaped systems, the patented OptiCone flow diverter improves the overall hydraulics and makes the impact of inlet piping conditions negligible, thereby simplifying installation requirements.

In addition, the systems can be installed indoors or outdoors, and in various orientations (horizontally, vertically, outlet flange rotation). With various control modes, cabinet types, and SCADA communication types, the LBX Series is easily customizable to match specific site requirements. The control cabinet can be placed indoors or outdoors as well, even at high ambient temperatures, with an optional stainless steel enclosure and air conditioning.

Operational simplicity

UV system management is made easy through several integrated and optional controls.  The Wedeco UV systems sensor-controlled OptiDose monitors operating conditions in real time, including flow, UV transmittance, and UV intensity, while process data can easily be accessed using the EcoTouch controller with HMI and integrated configurable alarm outputs. It has an the optional SCADA connectivity, to ensure proper capture & processing of operational data. Plus, an automatic wiping system keeps the sleeves clean, minimizing manual cleaning effort, and Ecoray UV lamps come with a 14,000 hour lamp life guarantee, reducing lamp maintenance.

For smarter water utility management of UV systems and other plant assets, Xylem offers Avensor for real-time remote monitoring and control. Avensor is a plug-and-play system that monitors and support to maintain the optimal operation of connected assets. It sends alerts and data-driven insights to customers to make informed decisions. Cybersecurity is built directly into our platform and networks and actively supported by security experts. We design best-in-class security features into every new product in order to meet any compliance mandate. Visit the Xylem Avensor to know more.

Specifications

Specifications

General Information 10 20 33 90e 120e 200e
UV transmittance range in % (1cm) 20-98 20-98 20-98 20-98 20-98 20-98
Maximum flow rate (m³/h / MGD) 10.2 / 45 21.7 / 96 29.3 / 129 83 / 365 127 / 559 216 / 951
UV transmittance range in % (1cm) - - NWRI, UVDGM
Maximum flow rate (m³/h / MGD) - -
Validation type NWRI, UVDGM -
UV Lamps and Monitoring System 10 20 33 90e 120e 200e
Lamp technology Low-pressure Low-pressure Low-pressure Low-pressure, high-output amalgam Low-pressure, high-output amalgam Low-pressure, high-output amalgam
Power per lamp 70 W 70 W 70 W 315 W 315 W 315 W
Number of lamps per row 3 6 8 4 6 10
Lamp life (hours) 8760 8760 8760 14000 14000 14000
UV intensity monitoring germicidal, ÖNORM compliant germicidal, ÖNORM compliant germicidal, ÖNORM compliant 3rd party on aging and UV-C output 3rd party on aging and UV-C output 3rd party on aging and UV-C output
Control philosophy constant output (100% power) constant output (100% power) constant output (100% power) germicidal, ÖNORM compliant germicidal, ÖNORM compliant germicidal, ÖNORM compliant
Individual lamp monitoring yes yes yes OptiDose (true sensor based variable lamp output) OptiDose (true sensor based variable lamp output) OptiDose (true sensor based variable lamp output)
Lamp technology - - yes yes yes
Power per lamp - -
Number of lamps per row - -
Lamp life (hours) - -
Lamp certification 3rd party on aging and UV-C output 3rd party on aging and UV-C output
UV intensity monitoring - -
Control philosophy - -
Individual lamp monitoring - -
UV Reactor 10 20 33 90e 120e 200e
UV reactor protection class IP54 IP54 IP54 IP 65 (NEMA 4X) IP 65 (NEMA 4X) IP 65 (NEMA 4X)
Cleaning system automatic, mechanical (optional) automatic, mechanical (optional) automatic, mechanical (optional) automatic, mechanical (optional) automatic, mechanical (optional) automatic, mechanical (optional)
Reactor material Stainless steel 1.4404 / 1.4435 (ASTM 316L) Stainless steel 1.4404 / 1.4435 (ASTM 316L) Stainless steel 1.4404 / 1.4435 (ASTM 316L) Stainless steel 1.4404 / 1.4435 (ASTM 316L) Stainless steel 1.4404 / 1.4435 (ASTM 316L) Stainless steel 1.4404 / 1.4435 (ASTM 316L)
Flange size DN 50 DN 80 930 / 37 DN 150 / ANSI 6” 1530 / 60 DN 200 / ANSI 8”
Reactor length (m / in) approx. 930 / 37 930 / 37 16/232 1530 / 60 10 / 145 1540 / 61
Maximum operating pressure (bar/PSI) 16/232 16/232 16 / 232 10 / 145
UV reactor protection class - -
Cleaning system - -
Reactor material - -
Reactor length (m / in) approx. - -
Maximum operating pressure (bar/PSI) - -
UV System Control Cabinet 10 20 33 90e 120e 200e
Ballast type Electronic, constant output (100% power) Electronic, constant output (100% power) Electronic, constant output (100% power) Electronic, high-efficiency, variable output (50 to 100% power) Electronic, high-efficiency, variable output (50 to 100% power) Electronic, high-efficiency, variable output (50 to 100% power)
Controller Microprocessor Microprocessor Microprocessor EcoTouch or PLC EcoTouch or PLC EcoTouch or PLC
UV system control cabinet material Painted sheet steel Painted sheet steel Painted sheet steel Painted sheet steel or Stainless steel Painted sheet steel or Stainless steel Painted sheet steel or Stainless steel
UV electrical standards CE CE CE CE, UL, cUL CE, UL, cUL CE, UL, cUL
Common outputs System Status, Lamp Status, Alarm Messages, Process Values System Status, Lamp Status, Alarm Messages, Process Values System Status, Lamp Status, Alarm Messages, Process Values System Status, Lamp Status, Alarm Messages, Process Values System Status, Lamp Status, Alarm Messages, Process Values System Status, Lamp Status, Alarm Messages, Process Values
UV system control cabinet scada communication N/A N/A N/A Yes Yes Yes
UV electrical requirements 230 V / 50 - 60 Hz (TN-S-net, TN-C-net) 230 V / 50 - 60 Hz (TN-S-net, TN-C-net) 230 V / 50 - 60 Hz (TN-S-net, TN-C-net) CE: 400/230 +/- 10%, 50 Hz (TN-S Net) cUL: 480/277 +/- 10%, 60 Hz (5 Wire WYE; L1,L2,L3,N,GND) CE: 400/230 +/- 10%, 50 Hz (TN-S Net) cUL: 480/277 +/- 10%, 60 Hz (5 Wire WYE; L1,L2,L3,N,GND) CE: 400/230 +/- 10%, 50 Hz (TN-S Net) cUL: 480/277 +/- 10%, 60 Hz (5 Wire WYE; L1,L2,L3,N,GND)
Power consumption (kW) approx. 0.34 0.6 0.76 1.72 2.38 3.7
Ballast type - - IP 54 IP 54 / cUL Type 12 (4X optional) IP 54 / cUL Type 12 (4X optional) IP 54 / cUL Type 12 (4X optional)
Controller - -
UV system control cabinet material - -
UV electrical standards - -
Common outputs - -
UV system control cabinet scada communication - -
UV electrical requirements - -
Power consumption (kW) approx. - -
Protection class - IP 54
Protection class - -
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Documentation & Tools

Documentation & Tools