Automatic Cleaning Ultraviolet Lamp Disinfection System Applied in Water Purifying

China Automatic Cleaning Ultraviolet Lamp Disinfection System Applied in Water Purifying, Find details about China Water Treatment, Pool Filter from Automatic Cleaning Ultraviolet Lamp Disinfection System Applied in Water Purifying

Model NO.
YLC-300
Lifespan of UV Lamp
9000-12000 Hours
Interface Type
Flange or Thread
Flow Rate
12 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
Inlet & Outlet Diameter
2 Inch
Trademark
YLD
Transport Package
Plywood Case Into Container
Specification
CE, SGS, ISO
Origin
Jiangyin, Jiangsu
HS Code
8421219990
Model NO.
YLC-300
Lifespan of UV Lamp
9000-12000 Hours
Interface Type
Flange or Thread
Flow Rate
12 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
Inlet & Outlet Diameter
2 Inch
Trademark
YLD
Transport Package
Plywood Case Into Container
Specification
CE, SGS, ISO
Origin
Jiangyin, Jiangsu
HS Code
8421219990
Automatic cleaning Ultraviolet Lamp Disinfection System Applied in Water Purifying

Principle for UV sterilization
 
All forms of life known on the earth exist on the basis of DNA and RNA for reproduction and existence. DNA and RNA are both composed of 4 kinds of chemical substance units.
A--Adenine
T--Thymine
C--Cytosine
G--Guanine (the basic component for the nucleic acid)
In time of cell reproduction, the long chains inside DNA are opened when Unit A in each chain will look for and connect with Unit T. Each long chain can reproduce an identical chain to the chain freshly split, restore the complete DNA before splitting and serve as the foundation for the new-borne cells. However, the ultraviolet at a wave length of 240-270nm is able to break the capacity of DNA to produced protein and reproduction. Once the DNA and RNA of bacteria and viruses are damaged, their capacity to produce protein and reproduction are both lost. As the bacteria and viruses usually have a very short life cycle, those will soon perish that cannot reproduce.
The effective of UV sterilization is often expressed in killing ratio, e.g., 99.9%. Namely, 99.9% of the original bacteria have been killed and only 0.1% exists, or, 1/1 000 has survived. As 1000 is the 3 in 103 or in log, it is habitually to express the killing ratio with 310g. The killing ratio of ultraviolet depends on two factors: 1, ultraviolet intensity (I); and 2, irradiation time (T).
 
 
FAQ:
 
01. What is the source of raw water to be treated?
-- is it underground water or well water? or river water ,other source?
02. What is the capacity(m3/hour) you required for this sterilizer?
-- most IMPORTANT requirement.
03. What will the treated water be used for?
--for human drinking or industry purpose?
04. What is the power supply in your country?
   220V/60Hz or other?
 

Comparion Of Disinfection Methods:

Factors to be considered

Liquid chlorine disinfection

Chlorine dioxide disinfection

Ozone disinfection

UV disinfection

Time to be processed

30 min

≤30min

5~10min

30~60s

Dosage (mg/l)

2~20

5~10

1~3

30~40

Efficiency of inaction bacteria

High

High

High

High

Efficiency of bacteria and viruses

Lower middle

Middle

High

High

Water quality factors

More easily affected by PH and temperature

More easily affected by PH and temperature

Less affected by PH and temperature

Less affected by PH and temperature

Operation complexity

Simple to middle

Middle

Complicated

Simple to middle

Economical efficiency

Operation cost

Lower middle

Middle

Above the average

Lower middle

Area

Large

Less

Small

Small

Maintenance work

Large

Less

Large

Small

Adverse impact

Safety during transportation

Yes

Yes

No

No

Site security

Very high

Middle

Middle

Smaller

Poisoning against the fishes and large invertebrates

Toxic

Poisonous

No

No

Whether there exists the toxic by product

Yes

Exist in small quantity

Yes

No

Disposal of the cleaning agents

No

No

No

Have

Whether or not to increase the content of the soluble solid

Yes

Yes

No

No

Corrosively

Yes

Yes

Yes

No

High energy consumption

No

No

Yes

Yes