UV Water Sterilizer - Water Reuse with Ultraviolet Disinfection Equipment

UV water sterilizer uses the most mature UV water treatment device, which use UV water disinfection technology.
The KU-OC08 Open Channel UV Disinfection System uses energy-efficient amalgam lamps. These high output lamps are automatically dimmed when flow demand drops or when the water quality changes.

This highly flexible system has demonstrated its effective, reliable performance around the world. It features proven auto-cleaning system to minimize maintenance.
It is well suited to wastewater disinfection applications with a wide range of flow rates, as well as challenging effluent (primary and combined sewer overflows) and high level disinfection such as tertiary wastewater reclamation and reuse.

FEATURES & BENEFITS

Auto-Cleaning System Eliminates Sleeve Fouling
The auto-cleaning system provides superior sleeve cleaning and reduces maintenance costs. Fouling and residue build-up on quartz sleeves reduces system efficiency. Auto-cleaning maintains at least 95% transmittance, ensuring sleeves are clean and the system is consistently delivering accurate dosing while reducing power consumption. Cleaning occurs automatically while the lamps are disinfecting. There's no need to shut down the system, remove or bypass lamp modules for routine cleaning.

Amalgam Lamps Require Less Energy
Our amalgam lamps produce significantly higher UV output than conventional low-output lamps; therefore fewer lamps are required to deliver the required dose, which reduces O&M costs. The high-efficiency lamps are validated to deliver 95% of full UV output after more than one year of use.

Advanced, Self-Contained UV Module
The electronic ballasts are housed right in the separate external cabinets cooled by convection, reducing the system footprint, minimizing installation time and costs, and eliminating the need of high repairing/maintenance cost. The ballast enclosures are rated IP65- air/water tight. The entire system can be installed outdoors to reduce capital costs - no building, shelter or HVAC is required.

Regulatory-Endorsed Bioassay Validation
The UV water treatment technology has been thoroughly validated through real-world bioassay testing under a wide range of operating conditions. In-field bioassay testing offers the peace of mind and improved public and environmental safety of verified dose delivery - not theoretical calculations.

SYSTEM CHARACTERISTICS
Typical Applications: Wide range of wastewater treatment plants like Secondary & Tertiary Effluent, Chlorine Conversion, Water Reuse and Low Quality Water Disinfection.

Lamp Type: Low-pressure, high-efficiency amalgam (monochromatic)
Ballast Type: Electronic, high-efficiency, variable output (60 to 100% power)
Input Power Per Lamp: 320 Watts
Lamp Configuration: Horizontal, parallel to flow
Module Configuration: 4, 6 or 8 lamps per module
Level Control Device Options: Automatic Level Controller, fixed weir or motorized weir gate
Water Level Sensor: 1 electrode low water level sensor per channel
Ballast Cooling Method: Convection; no air conditioning or forced air required
Installation Location: Indoor or outdoor
Sleeve Cleaning System: Auto-Cleaning System, drive by air compressor
Auto-cleaning WW Gel: Non-corrosive, operator-friendly, food-grade
System Control Center: Controller, Microprocessor or PLC-based (Siemens PLC200 Standard Platform)
Discrete Outputs (Typical): Bank status, common alarms and SCADA communication

APPLICATIONS

-Water Reuse with Ultraviolet Disinfection
The advanced treatment and reuse of wastewater is becoming increasingly common as municipalities address high water demands and shrinking supplies.

-Details Secondary & Tertiary Effluent UV Disinfection
The vast majority of wastewater treatment plants around the world provide secondary treatment through conventional activated sludge processes. Some plants have tertiary treatment processes that use an additional filtration process to further improve water quality. The resulting effluent typically requires a disinfection step before discharge back to the environment.

-Details Low Quality Water Ultraviolet Disinfection
UV disinfection has been proven effective in challenging applications such as combined sewer overflows (CSO), storm and sanitary sewer overflows (SSO), blended effluents as well as disinfection of primary treatment effluent.

-Details Chlorine Conversion to UV Disinfection
Chlorine gas has traditionally been used for wastewater disinfection for many years. Sodium hypochlorite (liquid bleach) is an alternative to chlorine gas; however, it is more costly and has the same environmental concerns. UV disinfection can easily be retrofitted into an existing chlorine contact tank and has significant benefits compared to chlorine disinfection.

UV Water Sterilizer - Water Reuse with Ultraviolet Disinfection Device
1. Specifications


2. Applications

Disinfection of primary, secondary or tertiary wastewater effluent
Disinfection of high quality wastewater for reuse purposes
Treatment of storm water, combined or storm sewer overflows
Disinfection of groundwater of surface water for drinking
Advanced oxidation (UV + hydrogen peroxide) for indirect potable reuse (aquifer recharge) and destruction of chemical contaminants such as pesticides and algal toxins in drinking water

UV Water Disinfection (UV Water Treatment) can be used but not limited in the following places:
Drinking water
Water for industrial processing / reuse
Food & Beverage processing
Water for Medical usage
Ground water / surface water treatment
Municipal water supply / tape water / tap water
Oil field reinjection water disinfection
Reclaimed water reuse
Aquaculture
Aquarium
Aquatic recreational water disinfection
Swimming pool disinfection
Household water supply disinfection

3. Advantages & Benefits

-UV has been used to disinfect water since the early 1900's, it's a proven & mature technique for water treatment.
-Bacteria, viruses and protozoa can be inactivated by UVC - eliminating their ability to cause infection.
-Inactivate Cryptosporidium and Gardia - two dangerous protozoa that are resistant to chlorine.
-Cost-effective for both new treatment plants and existing plants that are upgrading or adding disinfection.
-Safe for operators and the community - UV is a physical-free process that adds nothing to the water but light.
-Safe for the environmental - UV doesn't create disinfection by-products. It's environmental-friendly.
-Requires a small physical footprint - reducing construction time and cost.
-Highly reliable - provides consistent, confident disinfection through proper design, validation and product features.
-Environmentally sustainable - recognized as the greenest disinfection solution.
-KWET UV systems have been installed globally - disinfecting millions of gallons of water every day.

Wastewater with UV
-UV is very cost-competitive with chemical disinfection - treatment plant construction can be significantly cheaper than chlorine.
-UV offers much lower operation & maintenance costs t than chlorine.
-UV cannot overdosed and has easy, automatic dosing, not like chlorine
-UV is extremely safe - not transportation storage or handling of toxic, corrosive chemicals is required.
-UV treats wastewater and returns it to water sources with no carcinogenic or harmful by-products.

Drinking water with UV
-UV cost 20% that of ozone disinfection and 10% of the cost of membrane filtration.
-UV protects against all microorganisms treated by chlorine - including viruses - as well as chlorine-resistant protozoa (Cryptosporidium and Giardia).
-UV provides public safety and peace of mind when added as an additional disinfection step to chlorine, called a "multi-barrier approach".
-UV enables municipalities to be proactive in meeting and exceeding new regulations.

4. Products List





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