150g -5000g /h Ozone Generator for Air And Aquaculture Water Treatment

Ozone can be used for private and municipal, city or commercial swimming pools.

 There are incredible health benefits associated with ozone systems, but one of the chief benefits of ozonated pool water is comfort.

 The idea of red eye, rashes, swim suits fading and other chlorine-related problems (even if you are using chlorine!) are a thing of the past.

So even if you are usingchlorine or chloramine, chlorine regeneration (salt systems), 

you can swim in an Ozonated pool without the health and comfort problems typical of a chlorinated pool.

Chlorine Problems Reduced or Eliminated

The objective of any swimming pool operator is (or should be) to provide as healthful environment to their patrons and employees as possible. 

Since most swimming pool regulations in North America require a chlorine residual and if you are in compliance with this regulation, why should you even consider adding Ozone to your swimming pool?

 There are a number of health-related and system-related answers to this question including:

Prevent or reduce chloramines (bound chlorine)

Prevent or reduce chlorine off-gassing

Inhibit the formation of chloro-organic byproducts (toxic)

Lessen or eliminate caustic gases that eat pool infrastructure

Reduce or greatly eliminate the chlorine smells in the pool

System-related benefits: Less chlorine off-gassing which means less chlorine-induced corrosion and wear and tear on the pool environment. 

Less ventilation which will decrease energy costs and still maintain air quality. Less cleaning. 

Better filtration (cleaner water). Better microbial kills (including crypto and giardia). Quicker pool recovery times. 

Reductions in pipe cleaning chemicals (Ozone will actually remove biofilms).

Private Pools

The best indicator of an Ozone system in operation is the crystal clear sparkling pool water typical of Ozonated pools.

 No red eye, rashes or other chlorine-induced skin reactions (even in a combined Ozone/Chlorine system) and no chlorine smell in the pool area are typical of these systems.

Ozone is increasingly used in aquaculture, and zoos, 

due to its numerous advantages over traditional water treatment methods.

 Disinfection of circulated water is essential to maintaining fish health.

 Ozone provides effective disinfection without producing harmful byproducts or chemical residuals.

Research shows that water treatment with ozone increases productivity at RAS aquaculture systems

Three reasons why ozone in aquaculture improves water quality and increase aquaculture productivity

As recirculating aquaculture systems (RAS) operate by reusing the fish tank water it is essential to control the water quality. Many studies show that treating RAS systems with ozone increases productivity as fish health and survival is increased.

At RAS the organic load tend to be high and the homogeneous fish stock leads to a high risk of infections and problems with bacteria, fungi and viruses. Although ozone is not primarily used for disinfection at RAS the reduction of solids and DOC often creates an environment that is less favourable for bacterial growth and thus creates a reduced need for disinfection.

1.Removal of colloidal solids with ozone micro flocculation

The organic load is a constant concern for RAS systems, especially when the fish density is high and the water exchange rate low. Ozone has the ability to cause clumping or micro flocculation of fine and colloidal solids, which in turn facilitates removal by filtration and sedimentation.

2.Removal of dissolved organic compounds

Ozone changes the characteristics of the dissolved organic compounds (DOC) by oxidation and precipitation which makes it easier to remove the DOC by bio filtration and sedimentation.

3.Turn lethal nitrite into harmless nitrate with ozone treatment

A high organic load is a favorable environment for nitrite growth. When reducing the organic load with ozone treatment the risk of nitrite growth is also reduced. Ozone also has the ability to oxidize nitrite to nitrate.

Ozone generator (system) is mainly composed of: electronic control system, high voltage discharge body, cooling system, air source system composed of equipment

1. Main control parameters

Ozone generator air source dew point, ozone mass concentration, kg ozone power consumption, cooling mode, trouble-free working time, etc.

Ozone generator is used as a system, this system includes: ozone generator body, air preparation equipment, ozone injection equipment, ozone mixing equipment, ozone reaction equipment, ozone exhaust decomposition equipment, some times also need to add activated carbon filter as ozone adsorption removal equipment.

3. Classification and scope of application

classification

1） Ozone generator is divided into tube type (G) and plate type (B) according to the structure type of ozone generating unit.

2 ）Ozone generator is divided into power frequency (50~60Hz), medium frequency (400~1000Hz) and high frequency (> 1000Hz) according to discharge frequency.

3 ）Ozone generator according to the ozone output is divided into small (5~100g/h), medium (> 100~1000g/h) and large (> 1000g/h).

4. Key points of product selection

1) For the ozone system with separate air treatment equipment, the air treatment equipment and its parameters must be marked separately.

2) The ozone system used for disinfection of swimming pool water should have interlocking protection functions such as circulating water pump, ozone cabinet and accident alarm.

3) The ozone system used for swimming pool water disinfection should be equipped with automatic adding measures and safety alarm measures, such as ozone leakage detection and alarm, electrical system short circuit or overload alarm, cooling water and transformer overtemperature alarm, etc.

4) The ozone content in the swimming pool circulation system can be monitored and controlled online by ORP probe or ozone probe.

5) Manufacturers of ozone generators must provide detailed product information, product certification and industry certification.

5. Key points of construction and installation

1) The base height of the ozone generator should not be less than 100mm, and the horizontal dimension should be 50~100mm larger than the box size on each side.

2) The operating channel in front of the ozone generator panel should be at least 1000mm wide and 2000mm high, and the other three sides should have at least one maintenance channel with a width of 500mm. The height of the machine room should be at least 2200mm.

3) The equipment room where the ozone generator is installed should be well ventilated to ensure that the temperature and humidity do not exceed the requirements for the normal operation of the ozone generator.

4) The equipment room where the ozone generator is installed should be equipped with an ozone detection device. When the ozone concentration in the air exceeds the standard, alarm should be given and the ozone generator should be shut down.

5) The swimming pool water treatment system using ozone generator (system) should set up ozone concentration monitoring system in the air at the edge of the swimming pool.

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