With ProMinent Dulcodes UV Plants, reliable and chemical-free water treatment for disinfection purposes and degradation of unwanted components are possible. Easy installation, low maintenance and a variety of types, result in most economical projects for multiple applications.
The Selection Guide supports you in pre-selecting the right Dulcodes UV system for your application.
Applications: Disinfection of drinking water and process water
Flow rate: up to 4 m³/h (depending on the type of transmission)
UV Plants of thin layer construction type with high-flux radiators
Applications: disinfection of cloudified or coloured process and effluent water
Flow rate: up to 33 m³/h (depending on the type of transmission)
UV plants of plastics with high-flux radiators
Applications: Radiation of salt water
Flow rate: up to 170 m³/h (depending on the type of transmission)
Flow up to 569 m³/h
The UV system Dulcodes S for water treatment and disinfection in swimming pools. Combined chlorine is broken down and the typical swimming pool odour is eliminated: no more irritation for eyes, nose and skin. A manual stage switch permits adaptati on to the required capacity requirement.
Flow up to 739 m³/h
The UV system Dulcodes A helps to ensure water quality. The UV system works energy-efficiently and cleanly based on continuously variable medium pressure lamps and can therefore automatically compensate for variations in the water quality or level of contamination.
Flow up to 230 m³/h
UV system Dulcodes Z for potable water treatment.Chemical-free disinfection, which conforms to all internationally established DVGW, ÖVGW and UVDGM standards. High-performance and energy-efficient high-output lamps.
Flow up to 274 m³/h
UV system Dulcodes R for the disinfection of potable, process and swimming pool water. The system is used particularly when constituents, such as hardness, iron, manganese or organic substances, are present. Deposits are easily removed by the wiper mechanism even at maximum operating pressure without any need to interrupt operation.
UV Plants with high-flux radiators for the radiation of various waters.
Flow rate: up to 600 m³/h (depending on the type of transmission)
UV Plants with Powerline Mean Effective Pressure Radiators
Applications: Disinfection of large amounts of water as well as the photo-oxidative degradation of Chloramines, Chlorine, Chlorine Dioxide and Ozone.
Flow rate: up to 800 m³/h (depending on the type of transmission)