High Quality Ozone Generator Element

Product Description
oxygen source ozone generators

Model	Ozone Output (g/h)	Power (W)	Standard	Dimension(mm)	Cooling Type
QJ-8001Y-5A	5	660	Box type	550*400*730	Air cooling
QJ-8001Y-10A	10	680
QJ-8002Y-15A	15	780		550*400*880
QJ-8002Y-20A	20	850			Water Cooling + Air cooling
QJ-8002Y-25A	25	900
QJ-8003Y-30A	30	950		550*400*1030
QJ-8003Y-40A	40	1100
QJ-8004Y-50A	50	1200		550*400*1330
QJ-8004Y-60A	60	1300
QJ-8005Y-80A	80	1750		550*400*1380
QJ-8006Y-100A	100	2650		600*500*1430
QJ-8007Y-150A	150	3200		700*750*1430
QJ-8008Y-200A	200	3600

OZONE CAN BE USED IN WATER TREATMENT FOR THE FOLLOWING
1.Removal of fine and colloidal solids Fine and colloidal solids consist of particles 1-30 microns (m m) and 0.001-1 m m respectively. The small size of the particles enables the solids to remain in suspension and avoid most mechanical methods of separation. The accumulation of fine and colloidal solids can impair biofilter nitrification efficiencies and stress fish stocks. Ozone removes fine and colloidal solids by causing clumping of the solids (microflocculation), which facilitates removal by foam-fractionation, filtration and sedimentation.
2.Removal of dissolved organic compounds or refractory organics, give the water a characteristic tea-coloured stain. DOC's are non-biodegradable and accumulate according to feed input, water exchange rate and the rate of solids removal. High levels of DOC's can stress fish and reduce nitrification efficiencies of the biofilter.
3. Removal of Nitrite
Ozone removes nitrite by:direct oxidation to nitrate;reducing organic loading, which improves biofiltration efficiency and nitrification.
4. Disinfection The high stocking densities, associated fish stress and increased nutrient loads found in RAS create an ideal environment for fish pathogens. An important step in reducing the risk of disease outbreaks in RAS is the use of standard quarantine procedures for any fish introduced. Facilities using surface waters, including RAS and flow-through hatchery systems, are also interested in reducing the pathogen load introduced via the source water. The disinfection of effluent waters before introduction to the environment is also crucial to prevent the translocation of exotic diseases. Ozone can effectively inactivate a range of bacterial, viral, fungal and protozoan fish pathogens. The effectiveness of ozone treatment depends on ozone concentration, length of ozone exposure (contact time), pathogen loads and levels of organic matter. If high levels of organic matter are present, the demand created by oxidising the organic matter can make it difficult to maintain enough residual ozone for effective disinfection.
Ozone in Aquaculture and Aquaponics
With the increase in demand for seafood and the reduction of ocean fish stock, Aquaculture is now a growth industry. Growing healthy fish stock requires waste matter removal and water treatment to provide a healthy environment for the stock. 
 
These ozone generators can provide the required amount of ozone to sanitise small or large quantities of water depending on the size of your enterprise.  With connection to an ORP controller providing control of the ozone output these units can provide a solution to your water treatment needs.