Urban Ultraviolet UV Water Sterilizer for Waste Water Treatment Plant

• Customization: Available
• Certification: ISO9001, CE
• Application: Industry
• Model NO.: YLC-4000
• Voltage: 220V
• Disinfection Method: Ultraviolet
• Bactericidal Efficienc: 98% Kill Total Coliforms
• Material: Stainless Steel Ss304, Ss316
• Inlet and Outlet: Dn200mm/8 Inch
• Lifespan of UV Lamp: 9000-12000 Hours
• Interface Type: Flange
• Flow Rate: 150m3/H
• Chamber Size: 1630*273*530mm
• Working Pressure: (0.6 MPa
• Raw Water: Drinking Water/Waste Water/Underground Water
• Brand of Ballast: Domestic Brand
• 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

Urban Ultraviolet UV Water Sterilizer For Waste Water Treatment Plant
 



Urban Ultraviolet UV Water Sterilizer for Waste Water Treatment Plant

UV sterilizers utilize UV germicidal lamps which emit UV-C wavelength at 253.7nm lethal to bacteria, viruses and other microorganisms present in the water. Ultraviolet technology has been one of the most effective methods of water treatment and air purification, without using any chemicals.
 The inside wall of our stainless steel chambers are polished, which can help improve the efficiency of disinfection. They can kill 99.9% of bacteria and viruses, and give you healthy water.
 UV Water Sterilizers are mainly used in drinking water, running water, water supply and so on, of which with small capacities are applied in homes, offices, schools, etc. Those with larger capacities are for water treatment plants, water recycling systems, aquariums, food plants, and beverages plants, etc.


Features & Benefits

 Provides water disinfection without the use of chemicals
 Reduces bacteria, viruses, Microorganisms and protozoa by 99.99%
 245 nm monitors to keep track of UV intensity and lapsed running time
 Electronic ballasts provide constant output current over the entire operating range
 Lamp "on" and audible lamp failure indicators
 Annual lamp replacement reminder
 Improved surge protection
 Electro-polished 304 stainless steel reactor chambers for increased durability
 Easy servicing (no need to disconnect water flow during lamp replacement)
 Open end quarts sleeves for optimum operating temperature and sealing efficiency
 Non-corrosive aluminum base for quick and easy servicing


How Does UV Sterilisation Work?
 
UV sterilizers utilize germicidal ultraviolet lamps that produce short wave radiation lethal to bacteria, viruses and other microorganisms present in water. Ultraviolet water treatment purification is a unique and rapid method of water disinfection without the use of heat or chemicals. Through the years ultraviolet technology has become well established as a method of choice for effective and economical water disinfection.




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.

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

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.





FAQ:



Is UV 100% effective? 
 
UV disinfection typically offers a 99.99% reduction in both bacteria and virus and is more effective than chemical disinfection processes at destroying viruses. 
 
Does UV remove E. coli? 
 
Yes, E. coli requires a UV dose of between 6 to 12 mJ/cm2 to achieve 4-log disinfection. This is well within the capabilities of the Sterilight UV system. 
 
How much does it cost to operate? UV systems are extremely economical to operate. 
 
A typical household UV system operates on the same power requirements as a 40 watt light bulb! 
 
Will UV change the taste or smell of my water? 
 
UV is a physical disinfection process, no additives are required. It does not change the taste or odour of the water. It simply provides safe reliable disinfection. 
 
How do I know the system is working? 
 
All UV systems come with "lamp-out" monitors which give an audible and visual signal in case of lamp failure. Sterilight GOLD systems incorporate true UV intensity monitors so an alarm will sound if the disinfection effectiveness falls below a safe level. 
 
Why do I need Disinfection? 
 
Disinfection is required on all water supplies that are not protected by a municipal water source. Due to the uncertainties that exist within some water systems, we can no longer rely on the fact that our water supplies "may be safe." By providing your own disinfection, you are taking the responsibility of ensuring the safety of the water supply for you and your family.