Dechlorination


High-Dose UVC Dechlorination for Residual Chlorine and Chloramine Removal


In water treatment and process water systems, residual chlorine such as free chlorine or chloramine may remain after upstream treatment, affecting water quality stability and downstream processes. Effective dechlorination is especially important where sensitive production processes, continuous operation, or high-quality water requirements demand stable control of oxidant residuals.


UIEX WDCU-MP Series uses high-dose medium-pressure UV technology to decompose residual chlorine and chloramine without chemical addition. Since the UV dose required for residual chlorine decomposition is typically much higher than the dose used for microbial disinfection, the system can support residual chlorine removal while providing strong microbial control, with efficient hydraulic design, integrated WiFi touch display, and service-friendly maintenance.







Engineered for High-Dose UV Dechlorination Performance


Features

• Smaller footprint for higher flow rate

• >1100 mJ/cm² UV dose

• 316L stainless steel UV chamber

• EP finish: Ra ≤ 0.38 μm

• Single or multiple lamp configuration

• 9000 h UV lamp lifetime

Options

• UV relative & absolute intensity sensor

• 4–20 mA signal output

• Local / remote circuit

• Sanitary ferrules

• Remote electrical enclosure

• Transformer for optional voltages

• Lamp driver for optional voltages

• Automated quartz sleeve wiping system

• Removable endplate

Types of Industries

• Food & Beverage

• Pharmaceutical

• Life Sciences

• Microelectronics

• Oil & Gas

• Power Generation








Product Series at a Glance


Series

Positioning

Best   For

WDCU-MP

High-dose medium-pressure UV dechlorination systems

Process water applications requiring residual chlorine and chloramine removal





Explore our Product Series


WDCU-MP Series   High-Dose Medium-Pressure UV Dechlorination Systems


Designed for process water applications requiring residual chlorine or chloramine removal, high UV dose and efficient operation.