Ozone generator for Aquaculture

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The ozone generator produces ozone (O₃) from oxygen or dry air using high-frequency corona discharge technology. Ozone is a powerful oxidizing agent widely used in aquaculture to improve water quality, reduce organic load, lower nitrite concentrations, and control many waterborne pathogens.

Particularly suited for recirculating aquaculture systems (RAS), hatcheries, public aquariums, and intensive fish farming facilities, ozone generators help maintain clear, healthy, and biologically stable water while reducing water consumption.

Applications

Water treatment in RAS facilities
Dissolved organic matter reduction
Water clarification
Disinfection and bacterial load reduction
Oxidation of organic and nitrogen compounds
Public aquariums, aquatic zoos, and hatcheries

Benefits

High ozone production efficiency
Improved water quality and biosecurity
Reduced water exchange requirements
Enhanced water clarity and light penetration
Low energy consumption
Automatic and continuous operation

Features

High-frequency corona discharge technology
Compatible with oxygen or dry air feed gas
Heavy-duty industrial construction
Easy integration into existing systems
Compatible with PLC and SCADA control systems

€0.00

Tax included

Modèle

Type

Quantity

Brand: Erwin SANDER

Categories:

Caution: Ozone is a potentially toxic gas, and the design and use of the system must comply with applicable local regulations and safety standards.

Ozone generation systems use atmospheric air as the feed gas for ozone production and are delivered as complete units, including a skimmer-type reactor. The ozone concentration reaches 20 g O₃/Nm³.

Models	Reference		System	Ozone	*Flowate ()**	RAS	Seafood holding system
	Freshwater	Seawater	System	Ozone	*Flowate ()**	Max.Kg fod	max. t fish
1	F0112100	F0116100	AZ-1	1 g O_3/h	2.5m ³/h // 0.8 m³/h	0.25 - 0.5	0.2
2	F0112200	F0116200	AZ-2	5 g O_3/h	2.5m ³/h // 3.0 m³/h	1.25 - 2.5	0.8
3	F0112300	F0116300	AZ-3	10 g O_3/h	2.5m ³/h // 3.0 m³/h	2.5 - 5.0	1.7
4	F0112400	F0116400	AZ-4	20 g O_3/h	6.5 m³/h // 11 m³/h	5.0 - 10	3.3
5	F0112500	F0116500	AZ-5	30 g O_3/h	6.5 m³/h // 11 m³/h	7.5 - 15	5.0
6	F0112600	F0116600	AZ-6	60 g O_3/h	20 m³/h // 16 m³/h	15 - 30	10.0
7	F0112700	F0116700	AZ-7	100 g O_3/h	40 m³/h // 22 m³/h	25 - 50	16.7
8	F0112800	F0116800	AZ-8	200 g O_3/h	50 m³/h // 63 m³/h	50 - 100	33.3
9	F0112900	F0116900	AZ-9	300 g O_3/h	75 m³/h // 113 m³/h	75 - 250	50.0
10	F0113100	F0117100	AZ-10	500 g O_3/h	135 m³/h // 141 m³/h	125 - 250	83.3
(*) Freshwater with 1 minute retention time // seawater with 1.5 minutes retention time Data provided for informational purposes only, without commitment.

Main components of ozone systems (some optional):
-ozone generator
-reactor
-ORP unit control
-measuring unit
-measuring tube
-Safety U tube
-residual ozone destructor
-ozone detector
-air compressor
-pumps
-fitting

Use in Aquaculture

In fish farming systems (intensive or recirculating), the ozonizer is used to:

Disinfect water: eliminates viruses, bacteria, fungi, and parasites.
Reduce organic load: ozone oxidizes dissolved organic matter, lowering COD (Chemical Oxygen Demand).
Improve water clarity: flocculates fine suspended particles.
Enhance oxygenation: ozone breaks down into oxygen, increasing O₂ levels.
Control odors: ozone neutralizes smelly compounds.

Caution: Ozone is toxic to aquatic organisms at high concentrations. Its use requires strict controls (sensors, ozone destructors, controlled contact time).