1.Sewage Disposal Ozone Treatment 2.with self source of oxygen. 3.Conc. of ozone 20G/H. 4.Manufacturer

Description

The ozone will be broken down into oxygen without any residual contamination. It can promptly kill bacteria propagule, spore, fungus all-pathogenic micro-organisms.For Swimming pool,hospotal,food processing and packing workshop, it can obtain a very good effect for disinfection, sterilization, purification, improvement of hygienic quality of food, extending the shelf life of food. It can reach the national requirement for food hygienic processing and food without any residual contamination. It also can reduce pesticides and fertilizers residues on raw fruits and vegetables.   

Specifications

 

Ozone output : 20g/h                                      Ozone concentration :  Oxygen Source:80—120mg/L

Cooling type :   air-cooled                               Power cunsumption : 850w

Power source : 110v/220v                                        Frequency : 50Hz

Tube lifespan :>=20,000 hours                     Tube material : stainless steel 316

Box material : stainless steel 304                 Algae removal rate : 98%

Sterilizer rate : 99.99%                                     Size (L*W*H) :  55*40*88 cm

Net weight :50.8kg                                                 waranty: 1 year

Application

 Why Ozone is essential in Laundry?

Energy Cost - Reduce huge Power cost - no need for heating the water Water Cost - To Recycle as much water as possible Safe Discharge - Discharge of processed water is safe to the Environment

 Frequently Asked Questions:

Q. How can I wash with cold, ozonated water and still sterilize my laundry?

A. Ozone works 3,000 times faster at destroying bacteria than chlorine bleach. Also, commercial laundry facilities report their sheets and linens feel like new when washed in ozonated water.

Q. How long does it take for ozone to kill bacteria?

A. While ozone kills bacteria on contact, the speed at which ozone neutralizes bacteria is dependent upon the type of bacteria, virus, cyst or other microbiological contaminant present, dissolved ozone concentrations and the organic load in the water. All Faraday systems are engineered to provide dissolved ozone concentrations in a range of 1.5 to 3.0ppm to the wash wheel. This high level of dissolved ozone is clearly in excess of the minimums required to inactivate all microbiological activity. The required contact times with high levels of dissolved ozone are reduced to fractions of a second for most organisms as specified by EPA regulations for the certification of drinking water.

Q. Would dissolved ozone levels higher than 1.0 ppm damage my linens, e.g. cause color fading?

A. Because Quanju Ozone Laundry Systems dissolve ozone into the water apart from the washing machines (rather than simply bubbling it into the washer) the risk of damage to linens is virtually eliminated. Dissolved ozone comes into the washers thoroughly mixed in the water preventing any ‘hot spots’ of concentrated ozone. Tests have shown that whites and colors can safely be washed together at 2.5 ppm with no damage. Higher levels of ozone concentration (e.g. above 3.5ppm) are normally reserved for white or stained linen.

Q. What is the difference between bubbling ozone directly into a washer and dissolving ozone into the water apart from the washer?

A. The Quanju approach dissolves ozone into a soluble solution (water), which provides many advantages over inferior bubble systems on the market. The patented Faraday system provides more contact effectiveness for the destruction of microbiological life because of high levels of dissolved ozone which in turn delivers more efficient sterilization. The dissolved ozone approach provides more uniform contact between the laundry and the ozone, which reduces the chance of discoloration, as well as producing less off-gassing for a safer environment.

Why Ozone is essential in Swimming Pool?

Ozone is 2000 times more effective than chlorine in disinfection.Ozone in water kills bacteria, molds, fungus, spores and viruses.The residual Ozone concentration of 0.03ppm - 0.05ppm in the pool for maintaining disinfection level is no harmful to eyes, skin and hair. Ozone eliminates chloraminesOzone won't irritate eyes, dry skin, or fade swim wearOzone destroys oils, solids, lotions and other contaminants in the waterReduce traditional chemical (chlorine/bromine) use 60%-90%Eliminate red, irritated eyes, dry & itchy skinEliminate costly replacement of faded swimwear

Q. How to choose right ozone for my Swimming Pool?

A. For swimming pools with a water temperature of 28°C or 33 - 35°C an ozone dosage of respectively 0.8 and 1.2 gram per m3 is used.

Swimming pools chemical make up, bather load, dirt mildew mold wind contaminates, location, pump run time, temperatures, size, determine ozone generator model. Heated swimming pools require 10-15 percent more ozone.

Testimonials:

Ozone in Swimming PoolBenefits of Ozone in Swimming PoolPool Water Ozonator 

Ozone Agricultural applications from Quanju.Ozone in agriculture removes contamination, improves quality of water, protect the food materials, vegetables and fruits during storage.

Ozone is triatomic oxygen, a naturally occurring form of oxygen that was first identified in 1840. Ozone is stronger by 1.5 times than chlorine and much effective over a wider spectrum of microorganisms than chlorine and other disinfectants. Ozone kills bacteria such as Escherichia coli, Listeria, and other food pathogens much faster than traditionally used disinfectants, such as chlorine. Increasing attention has been focused recently in Agriculture apart from various industrial applications.

For Soil fumigation to remove contaminants Treatment of irrigation water to correct the pH level and Hydrogen sulphide more specifically in hydroponics to boost the yield levelsOzone can be used to greatly improve the quality of stored commodities such as fruits, vegetables, cheeses, nuts, etc. by reducing or eliminating the fungus and mold during the period of storage For washing the fruits and vegetables to remove the pesticide residuesFor superficial removal of fungi and bacteria on the dried spices before grinding them into powder In Poultry industry, ozone improves production efficiency and lower the overall cost through drinking water

Ozone applications in Poultry from QuanjuOzone is used in the poultry industry as air and water treatments for the storage, incubation of eggs and breeding of healthy birds. Ozone being an effective oxidant, it is mostly used for processing, storage and transport of poultry and meat products. Ozonated water is used to feed the birds as drinking water, wash and sterilize meat and equipments to kill harmful pathogen. Ozone – Air treatment:

Ozone oxidizes ammonia gases, methane and carbon dioxide, creating a healthier environment for the birds and the staff working in the poultryOzone is more effective than other air disinfecting systems such as chemical fogging and UV lightIn growing birds, ozone in the pens as a gas reduces the amount of bacteria and thus reducing the spread of infection and viruses thereby increasing their health and even weight by up to 18%. Ozone application helps to improve their skin colorOzone is more effective than formaldehyde in disinfecting Poultry sheds and requires no dormant period in which the sheds have to remain evacuated. Immediately after disinfecting by ozone at high concentrations, the shed is ventilated and can be inhabited by the birds and staff safely. Unlike formaldehyde, ozone is non-carcinogenic.Hatching hens which are kept under ozonized conditions show an increase in the amount of eggs they lay, and a stronger consistency of the egg shell, because of the corresponding decrease in pathogenic illness and prevention of a toxic build up of disinfectant chemicals. Ozone is used to disinfect incubation rooms and chambers, in the place of chemicals which cause a toxic build-up on the egg shell surfaces and weaken the immune system of the birds

Ozone in drinking water:

Drinking water for poultry is an important dietary requirement. Under normal conditions, birds will consume, approximately, double the quantity as food on weight basis Poor water quality, can retard growth, curtail egg production, or produce lower egg quality. Feed conversion has been positively correlated to the presence of sulfate and copper concentrations in the water and Ozone effectively oxidize them and can be easily removed by filtration.

  

Benefits of ozone in drinking water:

It reduces waterborne pathogens and prevents development of resistance by pathogenIt helps to accelerate weight gain by the birdsIt improves feed conversion and increased layer outputIt helps to increase  the dissolved oxygen in water which helps the birds to tolerate heat

Applications of ozone in Waste Water:

Oxidation of organic wasteCyanide destructionGround water petrochemical oxidationHeavy metal precipitationPulp & paper effluentsTextile Mill effluentsTextile Dye, Starch, FOG (Fate, Oil, Grease) eliminationPesticide, herbicide and insecticide eliminationBOD reduction of domestic wasteSecondary treatments for municipal waste waterMining heavy metal precipitation

How ozone helps in waste water treatment ?

1. Color Removal- Surface waters are generally colored by natural organic materials such as humic, fulvic and tannic acids. These compounds result from the decay of vegetative materials and are generally related to condensation products of phenol like compounds; they have conjugated carbon/carbon double bonds. When the series of double bonds extend upwards of twenty, the color absorption shows up in the visible spectrum. Ozone is attracted to break organic double bonds. As more of these double bonds are eliminated, the color disappears. Surface water can usually be decolorized when treated with 2 to 4 ppm of Ozone.

2. Removal of Heavy Metals- Ozone oxidizes the transition metals to their higher oxidation state in which they usually form less soluble oxides, easy to separate by filtration. e.g. iron is usually in the ferrous state when it is dissolved in water. With ozone it yields ferric iron, further oxidized in water to Ferric Hydroxide that is very insoluble and precipitates out for filtration. Other metals: Arsenic (in presence of Iron), Cadmium, Chromium, Cobalt, Copper, Lead, Manganese, Nickel, Zinc- can be treated in a similar way. At Ozone levels above 4 ppm however, Manganese will form soluble permanganate, showing up as a pink color.

3.Algae Removal- Ozonation of a water contaminated with Algae oxidizes and floats the Algae to the top of the reservoir. The ozone will also oxidize the metabolic by- products of the Algae and remove the undesirable odor and taste.

Why Ozone is used in waste water treatment ?

Powerful disinfectantNo residual (compared to chlorine)Stronger oxidant (compared chlorine/UV)

Waste Water Treatment Hospital Waste water Treatment Ozone can be utilized to treat waste water generated from hospitals and the medical community. Due to the superior oxidation properties of ozone over conventional treatments and our CD OZONE's high ozone concentration at over 6% by weight, we can (and have) gone after these complex waste streams with very good results. If you have a specific problem you are trying to resolve, please contact us with more details and see how ozone may be employed for your case.

Conclusion:  Waste Water Treatment Ozone is effective against a large variety of water treatment problems. In general, the more problems in the water to be treated with ozone, the less an ozonation system costs when compared to other traditional treatment methods.