The demand for UV disinfection technology has grown exponentially in the last few years, and there seems to be no stopping it. Here you can learn how this industry will grow in the future, the reasons for it and the geographical locations that demand it more. You can also learn the basics of UV disinfection, it’s benefits and which products to choose if you need UV disinfection for water purification.
Reasons for Expansion
The main reason for the growth of UV disinfection equipment market is that the usual chlorine-based disinfection method is used less due to raising awareness about health hazards of chemical-based disinfection. The rapid growth of healthcare and chemical industries is also playing a role. Governments are also pledging to provide uncontaminated and naturally treated water to all citizens.
People also want to avoid Cryptosporidium, a disease that leads to diarrhea and gastrointestinal illness and Giardia in which protozoan parasites cause Giardiasis. For this purpose, the combined use of ozone and UV disinfection is considered as trendy and effective.
The Introduction
The UV Light Emitting Diode (LED) can be said to be the backbone of UV disinfection equipment market. It was introduced in 2012 and has gained popularity due to its compact size and energy efficiency. This option is also cost effective as compared to traditional UV lamp because the former costs just USD 279 per annum as compared to USD 4,562 per annum for the latter.
Types of UV Rays
There are three key types of UV rays. They are:
- Ultraviolet A, also known as UVA- 400-315 nano-meters wavelengths – It is used in air-conditioning, counterfeit money detection, air purification, and disinfection of dishwater among others.
- Ultraviolet B, also known as UVB- 315-280 nano-meters wavelengths – It is used in botany and zoology studies among others.
- Ultraviolet C, also known as UVC- 280-100 nano-meters wavelengths – It is used in disinfection water, air, disinfecting the targeted objects and any other surface among others.
UV Disinfection Benefits
The primary benefits of UV Disinfection are listed as follows:
- Easy and cost-effective maintenance and operations.
- Residue-less functioning.
- Contact purification- 6-10 seconds of treatment time.
- Works for purifying water, air, surface, food, and beverages.
- Natural – UV is nature’s way of purification.
- No toxic byproducts.
- Effective on all known microorganisms.
- No chemicals are used.
The Valuation
According to “Global Market Study on UV Disinfection Equipment: Waste Water Segment to Witness Highest Growth by 2019,” this market was valued at USD 993.4 million in 2012 and was expected to reach USD 2.5 billion in 2019 after growing at a CAGR of 14.1 percent from 2013-2019.
Heavy Investments
The Western European nations like France, Spain, the U.K. were predicted to invest USD 123.8 billion by 2017 in water network facilities and treatment of drinking water. It will include refurbishment of wastewater treatment plants and creation of new ones.
The expired disinfection equipment might soon be replaced by the newer technologies such as ozonation and UV. The latter is highly preferred due to its lowest possible costs.
Global Sales Leaders
In 2012, North America led the demand for UV disinfection equipment, and it was followed by the Asia Pacific and Europe. It is predicted that North America will retain its leadership status thanks to escalating needs of the healthcare industry and rise in demand for advanced water treatment technologies.
What is UV Disinfection Product Best for Water Purification?
If you are thinking of investing in a UV disinfection product for water purification, you should trust the technology offered by AMPAC USA. It provides a solution for every need, be it household, commercial or industrial. It provides a system depending on your gallon per day requirements, your budget and the purity of feed water. If you don’t find the suitable product from the existing range, the chances are high that a custom system would be made for you. You also have the option of picking a system that not only uses UV but reverse osmosis and seawater desalination technologies as well to ensure utmost purification at anytime and anyplace.
For more details, feel free to call us and talk to a water purification expert and get honest advice.
Sources
- https://industrytoday.co.uk/market-research-industry-today/global-uv-disinfection-equipment-market-will-possibly-reachusd-2-5-billion-by-2019
- https://www.ampac1.com/uvb3-epcb-10.html
- https://www.ampac1.com/apro1000-wm.html
- https://www.ampac1.com/sw24000-lx.html
- http://www.alfaauv.com/blog/uv-disinfection-system-water-treatment/
Frequently Asked Questions
Why is UV disinfection gaining popularity over traditional water treatment methods?
UV disinfection is increasingly favored due to growing awareness of health hazards associated with chemical-based methods like chlorine. It effectively targets resistant microorganisms such as Cryptosporidium and Giardia, which cause severe gastrointestinal illnesses. Additionally, governments are promoting uncontaminated water, and the healthcare and chemical industries are rapidly adopting UV technology.
What are the primary advantages of using UV light for water purification?
UV disinfection offers numerous advantages, including easy and cost-effective maintenance with residue-less functioning. It purifies water, air, and surfaces naturally within 6-10 seconds of contact time, without using any chemicals or producing toxic byproducts. This method is effective against all known microorganisms, ensuring comprehensive purification.
How do UV LED systems compare in cost and performance to traditional UV lamps?
UV LED systems, introduced in 2012, are significantly more cost-effective and energy-efficient than traditional UV lamps. An LED system costs approximately USD 279 per annum to operate, compared to USD 4,562 per annum for a traditional lamp. Their compact size and lower operational expenses make them a preferred choice for modern disinfection applications.
Which specific UV ray type is used for water and air disinfection?
Ultraviolet C (UVC) rays, with wavelengths ranging from 280-100 nanometers, are specifically utilized for disinfection purposes. UVC is highly effective in purifying water, air, and various targeted surfaces by inactivating microorganisms. While UVA is used for air conditioning and dishwater disinfection, UVC is the primary spectrum for comprehensive sterilization.
What is the typical contact time required for effective UV water purification?
UV water purification is remarkably fast, requiring only 6-10 seconds of contact time for effective treatment. During this brief period, UVC rays penetrate microorganisms, disrupting their DNA and rendering them unable to reproduce. This rapid, chemical-free process ensures immediate and thorough disinfection of water.
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Conclusion
UV disinfection is gaining ground for a simple reason: it treats water without adding chlorine byproducts, and that matters more every year as awareness of chemical disinfection risks grows. That shift shows up in the market numbers, and it shows up in what customers ask us for too, whether they need it at household, commercial, or industrial scale. Our commercial systems are one option worth a look if you’re weighing UV against other disinfection methods. Contact AMPAC USA at info@ampac1.com or (909) 548-4900 to talk through what makes sense for your water.
AMPAC USA engineers custom water purification systems for commercial, industrial, and emergency applications — from 500 GPD to multi-million GPD. Trusted by municipalities, military, and industry worldwide.
