Our ProLine WW IL systems for UV treatment of waste water are particularly suited to low UVT applications and can be deployed after clarifiers, sand filters and membranes.
With increasing urbanisation and water stress the need for tertiary treatment and disinfection of waste water is growing, particularly for discharge to sensitive environments. UV is also growing in popularity as it provides a proven alternative to Chlorination avoiding the generation of potentially harmful by-products. The ProLine WW IL are compact medium pressure lamp systems and are intended as a cost-effective treatment for less critical applications where there is no risk to people or the food chain.
For more critical applications we recommend our reuse range.
Our ProLine PQ WW IL range of Waste Water Reuse UV solutions have been protecting people and the environment from harmful contamination from bacteria and viruses for decades.
With increasing urbanisation and water stress the need for tertiary treatment and disinfection of waste water is growing to enable safe and secure recovery of waste water for use as irrigation water, aquifer recharge or for direct reuse as process water in industry or as drinking water. UV is also growing in popularity in this application as it provides a proven alternative to Chlorination avoiding the generation of potentially harmful by-products. This is particularly useful when the waste water is discharged into sensitive environments of critical reuse applications.
The ProLine PQ WW IL are compact medium pressure lamp systems and have been validated and certified by a third party to the NWRI standard across a wide range of dose, flow and UVT parameters and have proven performance for disinfection after sand filter and membrane filters
Berson InLine UV Advantages
Peace of mind with optional 5 year manufacturers warranty on the UV system*
Extremely small operational footprint.
Can be mounted horizontally or vertically in virtually any existing installation.
Easy to retrofit into existing installations.
All wet parts easily accessible and can be performed by your general maintenance staff.
Available with single sided access and slide hatch opening for installations with limited access.
Automatic mechanical wiping system keeps sleeves clean resulting in a higher UV dose
Berson systems are validated to the most stringent third party approvals, including DVGW, USEPA, JWRC, NWRI and NSF
UV reactors can be designed to fit any piping size
Controls can be adapted for integration with all commonly applied process control environments.
Range of control options including local control interfaced with a central (SCADA) system through Modbus RTU, Ethernet IP or analogue. PLC based also available.
The Berson InLine System is the most copied design in UV
Electronic lamp drivers designed to reduce energy costs and lamp ageing. CE and UL approved
Conventional Ballasts
High output medium pressure lamps minimise maintenance costs.
Long life quartz sleeves
UV intensity sensors either field-calibrated or controlled absolute sensors
Hydraulically optimised for uniform and optimal UV dose distribution
Stainless steel 316L and chlorine resistant alternatives available
Pressure rated up to 16 bar (230 psi)
*conditions apply
Berson InLine UV System Features
Validated performance
Medium pressure lamps
Compact and flexible design reduces capital costs
Ease of maintenance
Clever design reduces operational footprint
Ultrawipe for clean sleeves
Range of control options
Electronic lamp drivers
Customised solutions
UV system standard 18 month warranty
UV system optional 5 year manufacturer's extended warranty*
*conditions apply
Berson UV System Validation
Berson's UV systems are validated to the most stringent third party approvals, including DVGW, USEPA, NWRI and NSF. In the case of the most internationally accepted regulations- DVGW and USEPA- our systems are validated under challenging hydraulic conditions (after a 90 degree pipe bend) using 240nm quartz sleeves to prevent potential Nitrate conversion.
Validations are regularly upgraded to allow the application of the newest lamp and ballast technology.
