Channel Type Ultraviolet Water Treatment Disinfection and
Sterilization 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). 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 Design of the concise and lightweight
bent frame 1. IP68 or equal grade of sealing protection.
High-efficient secure multi-level sealing waterproof design. 2. The
module adopts the push-in connectors with the less water resistance
so as to guarantee the water incoming before disinfection and water
discharge after disinfection. 3. There is little change in water
level as to guarantee a stable sterilization effect. 4. It does not
need any special tools to disassemble and assemble the disinfection
module. The cleaning ring of the quartz socket tube
Long-term contacting between the quartz socket tubes with the
wastewater will surely generate scales, which must be cleaned
effectively. The cleaning ring of this product is simple in
structure and resistant to aging. The flexible cleaning parts of
the cleaning ring can positively adapt to the quartz tubes. Even
when the tubes are installed in deviations, the cleaning ring can
ensure very good cleaning effect, namely, without abrading or
damaging the quartz tubes. 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 water
disinfection system design has been carefully conceived to provide
adequate germicidal dosage throughout the disinfection chamber. The
dosage, as it applies to UV disinfection, is a function of time and
the intensity of UV radiation to which the water is exposed.
Exposure time is related to the flow rate, the higher the flow
rate, the lower the exposure time or the lower the flow rate, the
higher the exposure time. The UV intensity is the amount of energy,
per unit time, emitted by germicidal lamp. The Dosage is the
product of UV intensity and the exposure time. Introduction The
integrated or ballast external p
Related products about Channel Type Ultraviolet Water Treatment Disinfection and Sterilization
- Waste Tyre Plastic Recycling Machinery Machine Tire Crusher Production Line Rubber Crumb Grinding Machine Equipment Tire Shredder
- Stretch Plastic Blowing Pet Bottle Making Blow Molding Machine Bottles Stretch Automatic Pet Bottle Blowing Machine
- Waste Plastic Pet Bottle, Water Bottle Flake, PP/HDPE/LDPE PE Film Jumbo Woven Bags Plastic Crusher Machine, Plastic Crushing Washing Recycling Machine
- Type 2 Wall-Mounted Electric Car Charging Station 7kw /11 Kwelectric Vehicle Charging Station Home Wallbox AC EV Charger Single Phase or 3three Phase
- G-View G12W Wholesale Auto Car LED Headlight Bulb High Power H13 H11 9005 H7 H4 Car LED Headlights LED Car Lights
- New Design Porcelain Round Plates Dinner Set for Wedding and Banquet
- China 2023 New Design Super Soft 100% Polyester Microfiber Knitted Oversized Decoration Hoodie Blanket
- Handmade Art Creative Materials Thickened White Paper Cup DIY Disposable Handmade Colored Paper Cup