Company Information
Ask for more detail from the seller
Contact SupplierUV systems will protect you from living organisms in your water such as bacteria and cysts. Ultraviolet (UV) water purification systems are trusted by thousands of people worldwide for use in homes, cottages, and in many industrial and commercial applications. UV systems come in a variety of sizes and can be used to purify the water for a single faucet or for an entire home or larger building. UV systems are superior to chemical water disinfection because they don't add any harmful chemicals to the water, or to the environment.
MICRO – BIOLOGICAL PROBLEM IN VARIOUS INDUSTRIES:
Pharmaceuticals Industry : # Bacterial count in process water.
                                          # Bacterial growth in sand filter, Carbon filter, D.M. Plant.
                                          # Decreased shelf life of the R.O. Membrane, Resin & Filter beds etc.
Bottling Industry            : # Decreased shelf life of the end mineral water, Soft Drink, product.
Dairy Canneries             : # Contamination of bottles.
                                         # Bacterial growth in Sand filter, Carbon filter, D.M.Plant.
Food & Beverage Industry : # Decreased shelf life of the end product.
Fish Hatcheries               : # Whirling disease.
                                         # Increased fish mortality.
Paint Industry :                # Decreased shelf life of the water based paints.
Poultry Industry :Â Â Â Â Â Â Â Â Â Â Â Â Â # Increased bird mortality.Â
Specification:
Main Feature:
OPTIONAL ACCESSORIES :
QUALITY CONTROL:
Every U.V lamp & Quartz jacket Silica individually checked and each completed
System tested and run before dispatch
Check Stainless steel & silicon material i.e. Gasket, ‘o’ Ring with Validation certificates.
                       Â
Our comprehensive after sales service includes a full range of spares and professional technical backup, with an optional Annual Maintenance Contract in all over India. Â
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. |
MIROBIAL STANDARDS FOR DRINKING WATER | |||
Test | W.H.O. | U.S.P.H.A. | SWE Standard |
Total Bacterial Count | Test not specified | 500 organisms/ml. | Les than 500 organisms/ml. |
Coli form | 95% of sample should not coli forms & maximum 10 coliforms/100ml. | 95% of sample should not contain coli form | NIL ( Coli forms ) |
E-Coli | No E.Coli in 100ml. | No E.Coli in 100ml. | NIL ( E. Coli ) |
SR.NO | FLOW RATE /HRS | MODEL NO | INLET & OUTLET | NO.UV LAMP & Q .JACKET | POWER( WATTS) |
1. | 150 LPH | SWE - 1 | ½” THRD | 1 | 8 |
2. | 250 LPH | SWE - 2 | ½” BSP | 1 | 16 |
3. | 500 LPH | SWE – 2X2 | ¾” BSP | 2 | 16 |
4. | 750 LPH | SWE 4X2 | ¾” BSP | 2 | 32 |
5. | 1500 LPH | SWE 8 | ¾” BSP | 1 | 39 |
6. | 3000 LPH | SWE 16 | 1” BSP/25 NB | 2 | 80 |
7. | 5000 LPH | SWE 50 | 1.5” BSP /40 NB | 3 | 120 |
8. | 7500 LPH | SWE -32 | 1.5” BSP / 40 NB | 4 | 160 |
9. | 8 m3 – 10 m3 | SWE – 100 | 2”BSP/50 NB | 6 | 240 |
10. | 12 m3 – 15 m3 | SWE – 150 | 2”BSP/50 NB | 8 | 320 |
11. | 20 m3 – 25 m3 | SWE – 250 | ( 2 Chamber ) 50NB | 12 | 480 |
12. | 30 m3 – 35 m3 | SWE - 350 | ( 2 Chamber ) 50NB | 16 | 640 |
13 | 40 m3 – 45 m3 | SWE – 450 | ( 3 Chamber ) 80NB | 18 | 720 |
14 | 55 m3 – 65 m3 | SWE – 650 | ( 4 Chamber ) 80NB | 24 | 960 |