• Waste Water Dsinfection Open Channel UV Sterilizer
  • Waste Water Dsinfection Open Channel UV Sterilizer
  • Waste Water Dsinfection Open Channel UV Sterilizer
  • Waste Water Dsinfection Open Channel UV Sterilizer
  • Waste Water Dsinfection Open Channel UV Sterilizer
  • Waste Water Dsinfection Open Channel UV Sterilizer

Waste Water Dsinfection Open Channel UV Sterilizer

Certification: ISO9001, CE
Application: Industry
Voltage: 220V
Disinfection Method: Ultraviolet
Bactericidal Efficienc: 98% Kill Total Coliforms
Material: Stainless Steel Ss304, Ss316
Customization:
Manufacturer/Factory & Trading Company

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Jiangsu, China
Years of Export Experience
The export experience of the supplier is more than 10 years
In-stock Capacity
The supplier has In-stock capacity
QA/QC Inspectors
The supplier has 1 QA and QC inspection staff
Management Certification
The supplier has quality management system certification, including:
ISO9001:2015 certificate
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Basic Info.

Model NO.
YLC-7000
Medium Material
PP (Propene Polymer)
Lifespan of UV Lamp
9000-12000 Hours
Interface Type
Flange or Thread
Flow Rate
0.3--1000 Ton/Hour
Alert System for Lamp
One Set
System Working Pressure Resistance
(0.6 MPa)6kg/Cm2
Raw Water Supplying
Running Water
Brand of Ballast
Beasun
Transport Package
Plywood Case Into Container
Specification
CE, SGS
Trademark
YLD
Origin
Jiangyin, Jiangsu
HS Code
842121999
Production Capacity
5000 Sets/Year

Product Description

Channel-type disinfector
The open sewer disinfection technical system adopts the advanced IN-C disinfection technology through the special process design. high-efficiency, high-intensity and long service life UV-C lamp tubes, superior for the ballasts of reliable performance and electric-control system. It adopts the UV-C wave (T254nm) in high-efficiency and broad-spectrum killing of the bacteria and viruses so as to achieve the goal of water purification and disinfection.
As the first-class high-efficiency UV-C lamp tubes and superior-performance electric control system, the UV disinfection system enjoys power consumption far lower than that of the traditional UV disinfection system. In terms of the system design, designers of our Company have paid full attention to the attenuation of light intensity of UV lamp tubes within the service life and decrease of sterilization rate due to reduction of light intensity caused by sedimentation on the surface of the quartz tubes. Therefore, a large margin has been set when designing the disinfection system. Even when the light intensity of the lamp tubes drops to 60% of the rated value, the whole system can maintain normal operation. It has so far been broadly accepted in more and more fields for its unique and advantageous performances (particularly in disinfection of large water bodies and recycled reclaimed water).
 
Waste Water Dsinfection Open Channel UV Sterilizer
Waste Water Dsinfection Open Channel UV Sterilizer
Waste Water Dsinfection Open Channel UV Sterilizer



ENEFITS OF UV WATER TREATMENT
Ultraviolet Water Treatment Systems don't use chemicals and don't produce harmful by-products
UV Water Treatment Systems are an economical way to eliminate health risks from unsafe drinking water
UV Water Filter Systems guarantee delivery of safe and clean water to homes and industries
UV Water Filter Combinations provide clean and safe drinking water to every tap and point of use
UV Water Sterilization Systems deactivate pathogens and parasites such as salmonella, E coli and giadia
Tank Water UV Treatment Systems sterilize rain water and bore water naturally as nature intended
UV Systems are easily incorporated with Water Softeners, Tank Water Filtration Systems, whole house, residential, Industrial-Commercial Water Filters, and deep bed water filtration systems


 

Water quality factors that affect the disinfection efficiency and performance of the sewer UV treatment system
1. Industrial waste water components of the incoming wale
2. The upstream treatment process and the chemical agents used
3. The UV light transmittance of the incoming flow
4. Content of the suspended matters
5. Particle size distribution

Disinfection system factors that affect the disinfection efficiency and performance of the sewer UV treatment system
1. Hydrodynamic design of the sterilizer (Maximize the use of UV performance to increase the disinfector efficiency and reduce the water pressure loss
2. Lamp tube performance (including the system aging)
3. Arrangement of lamp tubes
4. Scale coefficient of lamp tubes
5. Performance of ballast
 
 

  Automatic cleaning device
 1. Mechanical self_cleaning device driven by compressed air;
2. The cleaning device and the uv light intensity detector are in linked operation;
3. Having (the optional) manual or automatic working statuses;
4. The low_abrasion and locking_free advantages have laid solid foundation for the UV system to realize the high_efficiency sterilization.
  Advanced control system
 1. The automatic control center has the remote_control and site_control functions, equipped with the world_class parts and components of superior quality and reliable operating performance.
2. The site control is conducted by the man_machine interface, which consists of the operation recording, fault alarming and maintenance warning functions, easy and simple to operate.
3. The UV intensity output and signal PLC link_control can be monitored online so as to guarantee the UV dosage which can achieve the designed disinfection effect.
  Applicable Range
 It is applicable to disinfection of water for the large, medium and small sewage treatment plants, landscape water, aquaculture water, reclaimed water recycling and hospitals.





UV Frequently Asked Questions
 
What is a UV Water Treatment System?
A UV Water Treatment systems uses a method known as Ultraviolet germicidal irradiation (UVGI). This method uses ultraviolet (UV) light at sufficiently short wavelength to kill microorganisms. It is predominantly used in situations where there is a private water supply treatment requirement.
 
UV effective against protozoa such as Cryptosporidium & Giardia lamblia?
Yes, it is proven that UV is the best available technology to treat these protozoan cysts. In addition,the dose levels required to inactivate these cysts are actually quite low: less than 10mJ/cm2 for 99.9% reduction of Cryptosporidium parvum and Giardia lamblia.
 
Why disinfect a water supply?
Disinfection is recommended for all water supplies that are not protected by a municipal water source. Unfortunately, due to the uncertainties that exist with some current water supplies, it is not necessarily safe to rely on the fact that water supplies "may be safe".

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