Visiongain’s new report Ultraviolet Disinfection Equipment Market 2020-2030: Forecasts by Component {Controller Unit, UV Lamp(Mercury-Based UV Lamp,Led-Based UV Lamp), Reactor Chamber, Quartz Sleeve, Other Components}, Applications {Air treatment(Health facilities, Residential and Commercial, Bio-Terror agents), Process water treatment, Surface disinfection, Waste water treatment, Water treatment(Municipal, Residential, Commercial}, End Users (Commercial, Industrial, Municipal, Residential), by region and analysis of leading companies operating in this industry.

The global UV disinfection equipment market was valued at over USD 2 billion in 2018 and is anticipated to grow at a CAGR of over 25% during the forecast period from 2020 to 2030. Customer, business, and government recognition of a range of health risks associated with traditional, chemical-based disinfectants is the main driver driving the market demand for UV disinfectants. The UV disinfection equipment market is rapidly expanding. Where chlorine-based disinfectants take approximately 20 minutes for efficient treatment of water tanks, UV disinfectant equipment performs the same function with the aid of UVC lamps in no more than 10 seconds.

In addition to extremely rapid action, quick deployment, lower operating costs, and low maintenance are anticipated to be the key drivers for increased global adoption of UV disinfection equipment. Also, due to their environmentally friendly functioning, residue-free, these devices are preferable. Over the forecast period, an increase in demand for UV disinfection equipment is anticipated in a wide range of applications such as air disinfection and wastewater disinfection. Exploding growth in the healthcare and chemical industries is also expected to provide the UV disinfection equipment companies with strong growth opportunities over the forecast period from 2020 to 2030.

The market is currently experiencing a phenomenon involving the increased use of UV and ozone disinfectants. Against some waterborne gastrointestinal disorders, this practice has been adopted. Chlorine-resistant microbes belonging to Cryptosporidium species; however, they can be easily purified and disinfected by UV disinfection. This will accelerate the development of advanced techniques and devices for disinfection, such as UV disinfection.

Due to its compact size and high energy efficiency, the UV LED is witnessing higher popularity. As far as price is concerned, it is much cheaper than a traditional UV lamp as a traditional lamp costs over USD 4,500 per year, while the LED costs only over USD 270/year.

Most U.S. equipment manufacturing companies, including Aquionics Inc., Calgon Carbon Corporation, Xylem Inc., and Atlantic Ultraviolet Corporation, come from the United States. Early adoption coupled with support for water and wastewater treatment policies by the government has accelerated the country's technology development.

Rapid industrialization in developing countries, including India and China, resulted in air and water pollution, which in turn influenced rainfall and natural water resource purity. Also, the growing demand for clean and safe drinking water is anticipated to have a positive impact on the UV disinfection equipment market as a result of rising population and declining freshwater resources.

In 2018, North America dominated the technology segment with over 40% market share. Extensive use of technology in food and beverage engineering and the water & wastewater treatment, the industry is expected to help North America sustain its dominance over the projected period from 2020 to 2030. However, Asia Pacific is expected to be the fastest-growing region and over the forecast period is expected to grow at a CAGR of over 25%. Rapid population growth in China and India coupled with decreasing freshwater supplies due to irregular rainfall has resulted in a shortage of drinking water, which is expected to increase water and wastewater treatment industry growth.

Some of the key market name market players include Advanced UV, Alfaa UV, American Ultraviolet, Aqualine Ii Water Systems, Atlantic Ultraviolet, Atlantium Technologies, Australian Ultra Violet Services, Calgon, Ceasa, Evoqua Water Technologies, Halma, Lit Company, Lumalier, Ozonia, Sita, Trojan Technologies, Ultraaqua, UV Pure, UV-Technik, Xylem among other prominent players.

Notes for Editors
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