Ozone generators produce ozone for the purification, treatment, and disinfection of air and water, and these devices can generate ozone ranging from a few mg to hundreds of kilograms. According to BlueQuark Research & Consulting, the Global Ozone generator market is expected to witness a significant growth rate during the forecasted period. Factors such as the rising investments towards up-gradation and growth of wastewater treatment facilities and the positive outlook towards industrial sector growth are predicted to surge the product demand in the forecasted period. Further, the rapid increase in the global population has resulted in diminishing resources and rising air pollution, which is expected to drive the global Ozone Generator market in the forecasted period. Furthermore, governing agencies of several countries are undertaking measures to improve the quality of water and air, which is expected to drive the global Ozone Generator market in the forecasted period. However, the high operational and installation price of ozone generators and lack of awareness concerning ozone generators restrain the growth of the ozone generator market in the forecasted period.

Ozone generators are widely used for disinfection, purification, and de-colorization in water & wastewater treatment plants, bottling plants, swimming pools, cooling towers, and drinking water.

Rising investments in upgrading and developing wastewater treatment facilities are expected to drive the growth of the global market. A wastewater treatment plant treats industrial sewage and removes pollutants using different methods, including physical, chemical, and biological ones. As water resources become increasingly efficient, wastewater reuse has become more critical as climate change progresses. Treating water with ozone begins with the manufacture of ozone in an ozone generator by implementing energy to oxygen molecules (O2), causing the oxygen atoms to separate and temporarily recombine with other oxygen molecules, thus utilized to disinfect and purify water. Ozone is one of the most vital oxidizing agents utilized in purification processes. Ozone is manufactured by corona discharge and UV radiation with an electrical charge by an ozone generator. These generators can produce ozone ranging from a few milligrams to hundreds of kilograms. The type and capacity of an ozone generator depend on several factors, such as running time, kind of water treated, ozone dosage, ozone concentration, etc. The prime applications of ozone generators are water treatment and air purification across end-use industries. Moreover, ozone generators are also utilized in food & beverage processing and chemical industries for cleansing. In chemical industries, ozone generators reduce energy during the bleaching process without using heat by eliminating chemical use, thus reducing the time needed to carry out the entire process. These generators are generally used in water and wastewater treatment plants as ozone is more effective in destroying bacteria and viruses. In addition, the ozonation process utilizes a shorter contact time and does not leave any residuals. The product demand in treating wastewater is expected to increase significantly owing to the fewer safety problems associated with its handling and shipping and low maintenance costs.

The Asia Pacific region is predicted to lead the market and is estimated to expand rapidly during the forecast period. Rise in water shortages and worsened water pollution due to the effects of rapid urbanization and industrialization are driving the market growth in the region. Ozone can reach every corner of the environment, unlike ultraviolet sterilization, which leaves some places unsterilized. It can be used for public transportation modes, such as high-speed railways, airplanes, ships, and buses, as it leaves no poisonous residue and can be produced by simple equipment. Ozone can improve properties such as bonding characteristics, heat sealability, color, and odor, thereby adding to the product value. Moreover, ozone is also used for pulp bleaching and has replaced conventionally used chlorine dioxide. The use of ozone has also led to a significant reduction in bleaching costs. Dissolved ozone is also used in semiconductor cleaning applications (wafer-cleaning and resist-stripping applications) and is an effective alternative to sulfuric acid. The corona discharge segment is expected to hold the most significant market share in the global ozone generator market during the forecast period. Corona discharge generators produce pure ozone with no chemicals or gases. Furthermore, these generators are available at mid-range prices and produce therapeutic/medical-grade ozone. The cold plasma segment is presumed to grow at a high CAGR in the global ozone generator market during the forecast period. The cold plasma generator produces high ozone concentration with low oxygen and energy consumption. They have the most increased discharge pressure and have accurate dosing through built-in controllers. These major factors are expected to drive global Ozone generators market growth during the forecasted period.

The market's key players are Mitsubishi Motors Corp ., Toshiba Corp ., Daikin Industries, Ltd., Suez, and Ozone Tech Systems.

In July 2020, Airthereal launched a brand-new, mini, and portable ozone generator for traveling and small spaces to aid businesses and homeowners in the indoor cleaning and disinfection process.

In May 2020, ATS ELGi launched an ozone air sterilizer for vehicles.

In August 2020, Faraday Ozone launched an ozone-based food detoxifier. The product removes all types of bacteria, viruses, and other organisms from the surface of fruits and vegetables.

Global Ozone generators Market report provides deep insight into the market's current and future state across various regions. The study comprehensively analyses the market by Ozone generators segmenting based on the Technology (Corona Discharge, Cold Plasma, Electrolysis, Ultraviolet), By Application (Laboratory & Medical Equipment, Wastewater Treatment, Air Treatment, Others), By End Use (Municipal, Industrial, Commercial, Residential) and Geography (Asia-Pacific, North America, Europe, South America, and Middle-East and Africa). The report examines the market drivers and restraints and the impact of Covid-19 on market growth in detail. The study covers and includes emerging market trends, developments, opportunities, and challenges in the industry. This report also covers extensively researched competitive landscape sections with prominent companies and profiles, including their market shares and projects.

Ozone generators produce ozone for the purification, treatment, and disinfection of air and water, and these devices can generate ozone ranging from a few mg to hundreds of kilograms. According to BlueQuark Research & Consulting, the Global Ozone generator market is expected to witness a significant growth rate during the forecasted period. Factors such as the rising investments towards up-gradation and growth of wastewater treatment facilities and the positive outlook towards industrial sector growth are predicted to surge the product demand in the forecasted period. Further, the rapid increase in the global population has resulted in diminishing resources and rising air pollution, which is expected to drive the global Ozone Generator market in the forecasted period. Furthermore, governing agencies of several countries are undertaking measures to improve the quality of water and air, which is expected to drive the global Ozone Generator market in the forecasted period. However, the high operational and installation price of ozone generators and lack of awareness concerning ozone generators restrain the growth of the ozone generator market in the forecasted period.

Ozone generators are widely used for disinfection, purification, and de-colorization in water & wastewater treatment plants, bottling plants, swimming pools, cooling towers, and drinking water.

Rising investments in upgrading and developing wastewater treatment facilities are expected to drive the growth of the global market. A wastewater treatment plant treats industrial sewage and removes pollutants using different methods, including physical, chemical, and biological ones. As water resources become increasingly efficient, wastewater reuse has become more critical as climate change progresses. Treating water with ozone begins with the manufacture of ozone in an ozone generator by implementing energy to oxygen molecules (O2), causing the oxygen atoms to separate and temporarily recombine with other oxygen molecules, thus utilized to disinfect and purify water. Ozone is one of the most vital oxidizing agents utilized in purification processes. Ozone is manufactured by corona discharge and UV radiation with an electrical charge by an ozone generator. These generators can produce ozone ranging from a few milligrams to hundreds of kilograms. The type and capacity of an ozone generator depend on several factors, such as running time, kind of water treated, ozone dosage, ozone concentration, etc. The prime applications of ozone generators are water treatment and air purification across end-use industries. Moreover, ozone generators are also utilized in food & beverage processing and chemical industries for cleansing. In chemical industries, ozone generators reduce energy during the bleaching process without using heat by eliminating chemical use, thus reducing the time needed to carry out the entire process. These generators are generally used in water and wastewater treatment plants as ozone is more effective in destroying bacteria and viruses. In addition, the ozonation process utilizes a shorter contact time and does not leave any residuals. The product demand in treating wastewater is expected to increase significantly owing to the fewer safety problems associated with its handling and shipping and low maintenance costs.

The Asia Pacific region is predicted to lead the market and is estimated to expand rapidly during the forecast period. Rise in water shortages and worsened water pollution due to the effects of rapid urbanization and industrialization are driving the market growth in the region. Ozone can reach every corner of the environment, unlike ultraviolet sterilization, which leaves some places unsterilized. It can be used for public transportation modes, such as high-speed railways, airplanes, ships, and buses, as it leaves no poisonous residue and can be produced by simple equipment. Ozone can improve properties such as bonding characteristics, heat sealability, color, and odor, thereby adding to the product value. Moreover, ozone is also used for pulp bleaching and has replaced conventionally used chlorine dioxide. The use of ozone has also led to a significant reduction in bleaching costs. Dissolved ozone is also used in semiconductor cleaning applications (wafer-cleaning and resist-stripping applications) and is an effective alternative to sulfuric acid. The corona discharge segment is expected to hold the most significant market share in the global ozone generator market during the forecast period. Corona discharge generators produce pure ozone with no chemicals or gases. Furthermore, these generators are available at mid-range prices and produce therapeutic/medical-grade ozone. The cold plasma segment is presumed to grow at a high CAGR in the global ozone generator market during the forecast period. The cold plasma generator produces high ozone concentration with low oxygen and energy consumption. They have the most increased discharge pressure and have accurate dosing through built-in controllers. These major factors are expected to drive global Ozone generators market growth during the forecasted period.

The market's key players are Mitsubishi Motors Corp ., Toshiba Corp ., Daikin Industries, Ltd., Suez, and Ozone Tech Systems.

In July 2020, Airthereal launched a brand-new, mini, and portable ozone generator for traveling and small spaces to aid businesses and homeowners in the indoor cleaning and disinfection process.

In May 2020, ATS ELGi launched an ozone air sterilizer for vehicles.

In August 2020, Faraday Ozone launched an ozone-based food detoxifier. The product removes all types of bacteria, viruses, and other organisms from the surface of fruits and vegetables.

Global Ozone generators Market report provides deep insight into the market's current and future state across various regions. The study comprehensively analyses the market by Ozone generators segmenting based on the Technology (Corona Discharge, Cold Plasma, Electrolysis, Ultraviolet), By Application (Laboratory & Medical Equipment, Wastewater Treatment, Air Treatment, Others), By End Use (Municipal, Industrial, Commercial, Residential) and Geography (Asia-Pacific, North America, Europe, South America, and Middle-East and Africa). The report examines the market drivers and restraints and the impact of Covid-19 on market growth in detail. The study covers and includes emerging market trends, developments, opportunities, and challenges in the industry. This report also covers extensively researched competitive landscape sections with prominent companies and profiles, including their market shares and projects.