Commercial Ultraviolet Water Sterilizer Systems UV Disinfection Equipment (YLC-10K)

• Certification: BV, ISO9001, UL, SGS, CE
• Application: Industry
• Voltage: 220V
• Disinfection Method: Ultraviolet
• Equipment Name: UV Water Sterilizer Disinfection System
• Material: Stainless Steel Ss304, Ss316
• Model NO.: YLC-10K
• Flow Rate: 1-4000gpm
• Lifespan of UV Lamp: 13000 Hours
• UV Wavelength: 254nm
• Bactericidal Efficienc: 99.9% Sterilizing Rate
• Cleaning Mode: Automatic/Manual/No Cleaning
• Uvi Sensor: Optional
• Power Supply: 110V/120V/220V/240V/50Hz/60Hz
• Function: Water Disinfection
• Transport Package: Plywood Case Into Container
• Specification: CE, SGS, ISO
• Trademark: YLD
• Origin: Jiangyin, Jiangsu
• HS Code: 8421219990
• Production Capacity: 5000 Sets/Year

Product Description

Commercial Ultraviolet Water Sterilizer Systems UV Disinfection Equipment
 
Specification:
Ultra violet radiation is  natural source of purification.
Ultra violet radiation band of invisible light in the electromagnetic spectrum, in the range of 200 - 400 nm wavelengths.
The U.V. wavelength of 253.7 nm possesses the greatest germicidal effectiveness, which Penetrate the microbial cell membrane to destroy the DNA molecule thus preventing cell Replication.
U.V. is used to provide Bacterial Disinfection in water. It does not change the Physical or Chemical Characteristics in water. U.V. provides disinfection On Contact. It does not have any residual properties left in treated water.
Special High Germicidal Lamps produce high U.V. output in 254 nm range.
There are no know micro organisms resistant to U,V,
U.V. water purification is preferred the world over because it is the simplest & most practical means of destroying micro organisms in water.


Advantages of UV sterilizer
No chemicals added to the water supply - no byproducts, (i.e. chlorine + organics = trihalomethanes).
Environmentally and user friendly, no dangerous chemicals to handle or store, no risks of overdosing.
Easy installation, only two water connections and a power connection.
No change in taste, odor, pH or conductivity or the general chemistry of the water.
More effective against viruses than chlorine.
Extremely economical, hundreds of gallons may be treated for each penny of operating cost.
Immediate treatment process, no need for holding tanks, long retention times, etc.
Automatic operation without special attention or measurement, operator friendly.
Simplicity and ease of maintenance, periodic cleaning, (if applicable), and annual lamp replacement, no moving parts to wear out.
No handling of toxic chemicals, no need for specialized storage requirements.
Low initial capital cost as well as reduced operating expenses when compared with similar technologies such as ozone, chlorine, etc.



How Ultraviolet Disinfection System Works
As water flows past the UV lamp(s) in a UV disinfection system, microorganisms are exposed to Ultraviolet light energy. Ultraviolet light alters the DNA material in cells so that bacteria, viruses, molds, algae and other microorganisms can no longer reproduce. The microorganisms are considered dead, and the risk of disease from them is eliminated. These Ultraviolet Disinfection Systems are designed for commercial & industrial applications. The process of UV Disinfection is accomplished without adding any harmful chemicals to your drinking water and does not distort the water or effect its pH value. UV Disinfection has an effective kill rate of 99.99% of most living microorganisms such as bacteria & viruses.


What Contaminants Do UV Sterilizers Remove? 
 
There are no micro-organisms known to be resistant to UV, unlike chlorination. UV is known to be highly effective against bacteria, viruses, algae, molds and yeasts, and disease causing oocysts like cryptosporidium and giardia. In practice, bacteria and viruses are the cause of most major waterborne pathogenic diseases. Of these enteric viruses, hepatitis virus and Legionella pneumophila have been shown to survive for considerable periods in the presence of chlorine, but are readily eliminated by UV treatment. For most microorganisms, the removal efficiency of UV for microbiological contaminants such as bacteria and virus generally exceeds 99.99%. 




 

CONVENTIONAL METHODS OF WATER TREATING
	CHLORINE	OZONE	ULTRA VIOLET
Capital cost	Lowest	High	Low
Ease of installation	Good	Poor	Excellent
Ease of Maintenance	Good	Poor	Excellent
Cost of Maintenance	Medium	High	Lowest
Operating Cost	Low	High	Low
Frequency Of Maintenance	Frequent	Continuous	V. Infrequent
Control System	Poor	Good	Excellent
Virucidal Effect	Good	Poor	Good
Toxic Chemical	Yes	Yes	No
Residual Effect Problem with	Yes	Yes	No
Hazards	High	Yes	Low to none
Contact Time	30 - 60 minutes	High	1 - 5seconds
Disinfection Performance	Leaves some pathogens	Kills all microbes	Kills all microbes
Effect on Water	Organochlorine compounds, Taste & pH changes	Unknown	None
The Ultra violet dose required for destruction is about the same for each virus, while higher dose of chlorine & ozone needed.

Applications
UV disinfection is an effective, safe, and economical treatment method currently used world-wide in various industries, from municipal water treatment plants to private businesses, and industrial plants. Below are the potential applications of the UV systems:
 
 1. Mineral water production
 2. Wastewater: municipal sewage, hospitals, industrial plants, oil-fields;
 3. Drinking water: tap water, office buildings, surface water (well, lake, river);
 4. Technical water: food and beverage production, electronics, cosmetics, etc.);
 5. Water recycling: swimming pools, fountains, landscape design, cooling towers;
 6. Aquariums and fisheries;
 7. Irrigation in agriculture and hydroponics;
 8. Decomposition of TOC, ozone, chlorine residuals, and chloramines;
 9. Disinfection of thick liquids:protein solutions, syrops, juice concentrates;
 10. Mobile treatment for army, field camps, ships, airplanes, etc.



Technical parameters:

model	capacity	Power	inlet-outlet	reactor	panel	Anchor	G weight
	m³/hour	watt	mm	L×W×H	cm	screw	Kg
YLCn-005	0.3	16	1/2″	30×6×11	without	without	5
YLCn-008	1	25	1/2″	47×6.3×11	without	without	10
YLCn-050	2	40	1″	100×9×20	Φ8.9×25 (d×L)	69×4×Φ1	25
YLCn-150	6	80	1+1/4″	100×11×23		69×4×Φ1	30
YLCn-200	8	120	1+1/2″	100×15.9×30	Φ8.9×45 (d×L)	69×7×Φ1	35
YLCn-300	12	160	2″	100×15.9×32		69×7×Φ1	40
YLC-050	2	40	DN25/1″	100×8.9×30	25×30×12 (W×H×D)	60×4×Φ1	45
YLC-150	6	80	DN32/11/4″	100×10.8×30		60×4×Φ1	50
YLC-200	8	120	DN40/11/2″	100×15.9×40		60×7×Φ1	60
YLC-300	12	160	DN50/2″	100×15.9×40		60×7×Φ1	70
YLC-360	15	200	DN65/21/2″	100×15.9×40		60×7×Φ1	120
YLC-500	20	240	DN65/21/2″	100×21.9×50		60×11×Φ1.2	130
YLC-600	25	280	DN80/3″	100×21.9×50		60×11×Φ1.2	140
YLC-700	30	320	DN100/4″	100×21.9×50		60×11×Φ1.2	150
YLC-1000	40	360	DN100/4″	100×21.9×50		60×11×Φ1.2	160
YLC-1200	50	400	DN125/5″	100×21.9×50		60×11×Φ1.2	180
YLC-1500	60	420	DN150/6″	170×27.3×57		120×16×Φ1.4	210
YLC-2000	80	560	DN150/6″	170×27.3×57		120×16×Φ1.4	220
YLC-2500	100	700	DN150/6″	170×27.3×57	60×128×30 (W×H×D)	120×16×Φ1.4	275
YLC-3000	125	840	DN150/6″	170×27.3×57		120×16×Φ1.4	300
YLC-4000	150	1120	DN200/8″	173×32.5×65		120×20×Φ1.6	325
YLC-5000	200	1400	DN200/8″	173×37.7×72		120×22×Φ1.6	350
YLC-7000	300	2100	DN250/10″	175×42.6×80		120×24×Φ2.0	400
YLC-10K	400	2520	DN250/10″	176×52.9×95	60×150×40 (W×H×D)	120×22×Φ2.2	475
YLC-15K	600	3080	DN300/12″	176×78×110		120×32×Φ2.4	600
YLC-20K	800	3920	DN350/14″	Designated	Designated	Designated	Designated
YLC-25K	1000	4760	DN350/14″	Designated	Designated	Designated	Designated

Typical Maintenance Requirements

UV lamps (bulbs) require annual replacement to ensure optimal performance. UV lamp performance, just like any other light source, will slowly diminish over time. Beyond one year, there is no assurance that the UV light emitted from the bulb will provide sufficient disinfection. Remember, UV light cannot be seen. The bulb may still produce light, but not necessarily UV rays. The quartz sleeve does not need replacement unless it gets broken, however, it should be cleaned several times per year (outside only).







Frequently Asked Questions About Ultraviolet (UV) Purification

Q. How do ultraviolet ("UV") sterilizers work? 
A. UV sterilizers work by exposing water to powerful germicidal ultraviolet light. DNA and protein links in bacteria are destroyed by exposure to this light. 

Q. Does the water become radioactive by this radiation? 
A. No. No radiation residual or any chemical residual is left in the water as a result of the UV rays.

Q. Do these systems come in different sizes? 
A. Yes. The size of the systems is directly proportional to the flow rate of the water in gallons per minute. The higher the flow rate, the larger the system and lamp. 

Q. Does the water have to sit in the UV sterilizer to be disinfected? 
A. No. If the system is sized correctly, the water is disinfected as it flows through. 

Q. What if the water flows faster than is allowed through the system? 
A. If the flow rate exceeds the design flow rate of the UV sterilizer, then there is a possibility that the water will not be properly disinfected. It is important to use a flow restrictor so that the flow rate cannot be exceeded. 

Q. How long does the lamp last? 
A. The lamps last approximately 10,000 hours. That is why we recommend replacement approximately every 12 - 14 months of continuous operation. After this period, the lamp itself becomes solarized and blocks the rays form entering the water. 

Q. Are these systems bigger energy users? 
A. No. The 12 gallon per minute model, for instance uses only 39 watts, about half the amount an ordinary light bulb uses.