Commercial Large Ozone Generator

Specifications Commercial Large Ozone Generator

1. ORP meter

2. oxygen feed

3. Air purif

                                         Commercial Large Ozone Generator Applications: Drinking water treatment, Spring water treatment ozone generator, Vegetable and fruits wash machine,  Chemical oxidation, Decolor and bleach ozone machine, Mariculture equipment, Mariculture ozone generator,  Aquaculture water sterilization ozone generator, Aquaculture equipment, Remove alga equipment,  Aquaculture ozone generator, Aquaculture recycle water treatment equipment, Raw water aquaculture equipment, Connect with outside gas feeding ozone generator, Nursery aquaculture equipment   Functions: ·Laboratory: chemical oxidation for raw material of flavors and fragrances, small water treatment experiment ·Beverage process industry: such as pure water, spring water and any other water sterilization and disinfection ·Fruits & vegetables process industry: such us keep fresh, storage etc ·Food process industry: water, workshop, sterile room, equipments, tools ·Pharmaceutical industry: water, air conditioner, workshop, dressing room, sterile room etc ·Medical: ward, operating room, medical devices, sterile room etc   Features: ·SS housing or carbon steel sprayed with plastic housing ·It must connect with outside oxygen generator or oxygen tank ·With built-in water cooling enamel ozone tube, high frequency electric board,      thus max ozone concentration:     100Mg/L with stable ozone capacity, long life time ·Easy operate for system, it can add ORP on control for water PH ·Small in size, adjustable ozone range: 20%--100% ·Use with over current, over voltage, water protection device, for ensuring ozone machine running safety     Various Applications:   1. Air purification, removing odors, smoke, mold, etc.   2. Water sterilization for home, commercial, industrial used.   3. ozone for drinking water treatment and bottling sterilization.   4. ozone for aquaculture water purification.   5. ozone for removing iron and manganese.   6. ozone for reduce BOD, COD, wastewater, sewage, effluent treatment.   7. ozone for food storage, keep fruit, vegetable, products longer shelf life.   8. ozone for laundry system.   9. ozone for industrial polution control, removing odors, harmful gas.   10. ozone for food processing, factory, workshop sterilization.   11. ozone for milling.   12. ozone for fire or flood restoration.   13. ozone for agriculture   14. ozone for medical used   15. ozone for surface sanitation     NT-WZQP ORP Ozone Generator  

Item	Unit	NT-WZQP
		10G	20G	30G	40G	50G
Oxygen flow rate	LPM	1~3	2~7	3~10	5~10	8~18
Ozone concentration	Mg/L	69~88	52~104	56~93	85~116	60~90
Ozone output	G/Hr	5~12	12~22	16~33	34~51	43~64
Power	W	220	250	400	510	1300
Fuse	A	3	3	3	5	6
Cooling water flow	LPM	30			48
Size	mm	460×390×840

  ·Noted:   1. Above ozone capacity were tested under oxygen source   2. Net weight will be 10% different for different plug.   3. It must connect with outside oxygen/air source.   Ozone is increasingly used in aquaculture due to its numerous advantages over traditional water treatment methods. Supplementing or replacing an existing system, ozone implementation has the potential to boost the competitive advantage of your aquaculture application.   Ozone Advantages Reduced Water Usage Faster Growth Rates Reduction of Waterborne Diseases Higher Standard of Environmental Control Supplements other Treatment Processes Aquaculture and Ozone Solutions Ozone Solutions carries all the equipment and expertise to handle ozone aquaculture applications, including: Ozone Generation Ozone Detection Ozone Transfer Ozone Destruction Why Ozone Use is Growing in Aquaculture It effectively removes organics, pesticides, discoloration, and nitrates. Typically unconsumed ozone reverts back to oxygen, leaving no harmful residuals behind. Ozone oxidizes long chain molecules, which are unaffected by biofiltration. Ozone involves far lower risk of accidental pollution in comparison to other water treatment methods. O3 improves the effectiveness of biological and particulate filtration