Industrial UV disinfection · multi-lamp

Industrial UV Reactor Systems

Stainless-steel, closed-vessel UV reactors for process water, commercial facilities and packaged treatment plants. Reactor size, lamp arrangement and controls are selected around flow, UV transmittance and the required treatment objective.

Closed-vesselMulti-lamp optionsProject configured
Industrial multi-lamp UV reactor system
Reactor typeStainless-steel inline chamber
Catalogue rangeStandard to engineered multi-lamp
UV wavelength254 nm germicidal range
Selection basisFlow · UVT · target dose

Application-led selection

Do not select an industrial UV reactor by pipe size alone

The same flow can require very different lamp power and reactor geometry. Puritor checks the water quality, target dose, fouling risk, cleaning method and control requirements before recommending a reactor family.

01 · Flow

Design and peak flow

Continuous, intermittent and peak flow conditions affect residence time, reactor arrangement and turndown.

02 · Water quality

UV transmittance

UVT, turbidity, iron, manganese and suspended solids determine how effectively UV passes through the water.

03 · Operation

Controls and cleaning

Lamp status, alarms, intensity monitoring, wiping and service access are configured around operating risk.

Current product families

Three practical reactor ranges

These bands organize the existing UV catalogue without presenting every lamp and port variation as a separate core product. Final capacity is confirmed from project conditions.

*Catalogue water-flow reference. Specific model, dose performance, lamp arrangement and connection size must be confirmed in the proposal.
FamilyReference rangeBest fit / configuration
Compact inline0.07–2.7 m³/hPoint-of-use and small circulation duties
Standard multi-lamp5.4–32.7 m³/hProcess water, buildings and packaged plants
Engineered multi-lamp3–210 m³/h*Larger industrial systems with project-specific lamp count

Project inquiry

Send us the industrial UV duty

Send the conditions you already have. Puritor will identify missing inputs and recommend the next engineering step.

Useful inputsDesign and peak flow, water analysis, UVT, target dose or standard, installation and control requirements.
Selection basisFlow, water quality, target dose, installation and operating requirements.
ResponseApplication review and next-step questions for a project proposal.

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