16+ Years Water Excellence
RO Store Kannada provides customized UV water disinfection systems for homes, commercial facilities and industries, with UV, UF + UV and RO + UV solutions.
Microbiological contamination is an important water-quality concern, particularly when water sources may contain bacteria, viruses, and other microorganisms. Ultraviolet (UV) disinfection provides a chemical-free method of treating water by exposing it to UV-C light at an appropriate dose.
RO Store Kannada provides customized UV water disinfection systems for residential, commercial, institutional, healthcare, and industrial applications. UV systems can be used as a standalone disinfection stage where suitable or integrated with filtration, UF, RO, and other treatment technologies when multiple water-quality issues need to be addressed.
With 16+ years of experience and 20,000+ successful installations, RO Store Kannada provides complete support from water testing and system selection to installation, commissioning, and servicing.
Ultraviolet (UV) water disinfection is a physical treatment process that uses ultraviolet light, typically in the UV-C range, to inactivate microorganisms in water.
When water passes through a UV reactor, microorganisms are exposed to UV radiation. At an appropriate UV dose, the radiation damages their genetic material and prevents them from effectively reproducing.
UV treatment does not rely on chemical disinfectants and generally does not alter the taste, odor, or mineral composition of the water.
A properly designed UV system can provide effective microbiological inactivation against a range of microorganisms, including:
Actual disinfection performance depends on factors such as:
For this reason, UV systems should be correctly sized for the actual water quality and flow requirement.
UV is a disinfection technology, not a complete water-purification process.
UV does not primarily remove:
If these contaminants are present, UV should be combined with appropriate treatment such as:
Sediment Filtration | Activated Carbon | Softening | Iron Removal | UF | RO | Other Treatment Technologies
RO Store Kannada provides UV systems for different capacities and applications.
Domestic UV systems are designed for drinking-water applications in:
A domestic UV system can be integrated with sediment and activated carbon filtration or combined with RO/UF depending on the incoming water quality.
#### Typical Features
The appropriate lamp power and flow rate depend on the required UV dose and water quality.
Commercial facilities may require higher-capacity UV systems for continuous or high-flow water treatment.
Applications include:
Commercial UV systems can be designed according to:
Industrial UV systems are designed for applications where microbiological control is required for process or utility water.
Potential applications include:
Industrial systems can incorporate larger UV reactors, stainless-steel chambers, flow monitoring, UV-intensity monitoring, alarms, and automated controls where required.
Schools, colleges, hostels, offices, campuses, and other institutions may require centralized water disinfection systems.
UV can be installed after appropriate filtration to provide microbiological treatment for centralized drinking-water systems.
UF and UV perform different functions and can complement each other.
UF can help reduce:
UV provides additional microbiological inactivation.
A typical combination can be:
Sediment Filtration → Activated Carbon → UF → UV → Treated Water
The actual treatment sequence depends on the water-quality requirements.
For water with both dissolved contaminants and microbiological concerns, RO and UV can be integrated.
A typical treatment arrangement may be:
Sediment Filter → Activated Carbon → RO → UV → Treated Water
RO addresses dissolved-solids and other dissolved-contaminant reduction, while UV provides an additional disinfection stage.
The final configuration should be selected based on water testing and the intended application.
Water should be adequately filtered before entering the UV reactor. Excessive turbidity or suspended particles can reduce UV performance by shielding microorganisms from UV radiation.
Filtered water enters the UV chamber and passes around the UV lamp.
UV-C radiation damages the genetic material of susceptible microorganisms, preventing them from effectively reproducing.
The disinfected water exits the reactor and is supplied to the intended application.
Water clarity has a direct impact on UV performance.
If the water contains excessive:
the UV dose reaching microorganisms may be reduced.
Therefore, depending on the feed-water quality, a UV system may require pre-treatment such as:
Sediment Filtration → Activated Carbon / Other Treatment → UV
For highly turbid water, additional treatment may be required before UV disinfection.
UV systems should be sized according to the required flow rate and UV dose rather than lamp wattage alone.
Important design parameters include:
For commercial and industrial applications, the UV system should be selected based on the actual design flow and required microbiological performance.
UV provides physical disinfection without requiring the addition of disinfectant chemicals to the treated water.
UV does not primarily remove minerals or dissolved substances and generally does not significantly alter the chemical composition of water.
UV treatment occurs as water passes through the reactor, making it suitable for continuous-flow applications.
Because UV does not depend on chemical dosing for its primary disinfection process, it can simplify chemical handling for suitable applications.
UV reactors can be relatively compact and can be integrated into residential, commercial, and industrial water-treatment systems.
UV can be combined with:
Sediment Filtration | Activated Carbon | UF | RO | Other Treatment Technologies
Specialized healthcare applications require treatment systems designed according to the specific water-quality and regulatory requirements of the application.
We evaluate the incoming water and identify whether UV is appropriate as a disinfection stage.
Relevant parameters may include:
We determine:
If required, we recommend appropriate pre-treatment such as:
The UV reactor, lamp configuration, chamber size, monitoring, and control system are selected according to the required flow and UV dose.
The UV system is installed with suitable:
Regular maintenance is important for maintaining UV disinfection performance.
Depending on the system, maintenance may include:
A UV lamp may continue to produce visible light after its effective UV output has declined. Therefore, lamp replacement should follow the manufacturer's rated operating hours and system performance requirements rather than appearance alone.
RO Store Kannada has more than 16 years of experience in water treatment and purification solutions.
Our experience includes 20,000+ successful installations across residential, commercial, institutional, and industrial applications.
We select UV systems based on water quality, flow rate, required UV dose, application, and available installation space.
Our support can cover:
Water Testing → Treatment Selection → System Design → Equipment Supply → Installation → Commissioning → Service
We select suitable UV reactors, lamps, quartz sleeves, electronic ballasts, monitoring equipment, and control components according to system requirements.
Regular maintenance, lamp replacement, sleeve cleaning, and system inspection help maintain reliable UV performance.
From domestic UV purifiers and commercial UV systems to industrial UV reactors and integrated RO + UV or UF + UV treatment systems, RO Store Kannada provides customized ultraviolet disinfection solutions for different water-treatment applications.
With 16+ years of experience and 20,000+ successful installations, we focus on selecting the appropriate UV system based on water quality, flow rate, UV dose, pre-treatment requirements, and application.
Looking for a UV water disinfection system? Contact RO Store Kannada for water testing, system selection, installation, commissioning, and maintenance support.
A UV water purification system uses ultraviolet radiation to inactivate susceptible microorganisms in water. It is primarily a disinfection technology rather than a method for removing dissolved salts or chemicals.
No. UV does not remove TDS or dissolved salts. If the water has high TDS, an RO system may be required depending on the water-quality analysis.
UV can effectively inactivate susceptible bacteria, viruses, and other microorganisms when the system is correctly designed, sized, operated, and maintained to provide the required UV dose.
UV performance can be reduced by excessive turbidity and suspended particles. Appropriate pre-filtration should be installed before the UV reactor when required.
Yes. RO and UV address different treatment requirements and can be combined. RO primarily reduces dissolved contaminants, while UV provides microbiological disinfection.
Talk to our technical team for custom plant design, water analysis, and direct manufacturer pricing.
Lamp replacement should follow the manufacturer's rated operating hours and system requirements. Many UV lamps are commonly replaced around once a year under continuous-use conditions, but the exact interval varies by lamp and application.
UV does not normally alter the mineral content or chemical composition of water and generally does not affect taste or odor.
Yes. RO Store Kannada provides UV system consultation, water testing, system selection, installation, commissioning, servicing, and ongoing maintenance support according to the application.
