UV Zero Mercury Countdown

There is a complete ban on mercury containing ultraviolet lamps

000 day
00 hour
00 minute
00 second
When the countdown reaches zero, mercury containing ultraviolet lamps will be completely prohibited

Prohibition background

Understanding the background and significance of the EU RoHS directive's ban on mercury containing ultraviolet lamps

The hazards of mercury

Mercury is listed by the World Health Organization as one of the top ten chemicals most dangerous to public health. Due to its toxicity, the EU has tightened restrictions on the use of mercury under the RoHS directive, and a comprehensive ban on mercury containing ultraviolet lamps is an important step in reducing environmental risks

Minamata Convention

This decision is consistent with the Minamata Convention, a global initiative aimed at protecting human health and the environment from the hazards of mercury. The Minamata Convention is named after Minamata Bay in Japan, where thousands of people were poisoned in the mid-20th century due to mercury pollution in industrial wastewater

technological advances

Technological advancements have led to the development of safer mercury free alternatives in many fields. Especially UV-LED, excimer lamps, and even lasers provide promising possibilities for replacing mercury vapor lamps

Technical challenges

Although many mercury containing lamps have been replaced in the field of general lighting, they still face significant challenges in the UVC band

Technical challenges in the UVC band

1

Wavelength difference

There are significant differences in wavelength range and radiation characteristics between traditional mercury vapor lamps and UVC-LEDs, and new testing and characterization schemes need to be developed

2

Geometric design

The geometric design, spectral characteristics, and key performance parameters of UV-LED are not easily compared directly with mercury vapor lamps in the UVC band

3

system compatibility

It is difficult to simply retrofit high-performance mercury vapor lamps with UVC-LED systems, especially in many existing water treatment equipment

Affected application areas

Drinking water treatment
waste water treatment
Space disinfection
Medical disinfection
Semiconductor processing
Printing industry (ink curing)

Exemption and Solutions

Understand the exemption conditions of the ban and industry response plans

exempting conditions

Spare parts supply

There is no time limit for the supply of mercury containing ultraviolet lamps as spare parts for existing equipment, as long as the equipment is installed before February 2027

Specially Designed

Devices specifically designed for installation in another device that is excluded from the ban are also excluded from the ban

Large equipment

UV lamps designed specifically for use in large tools or industrial installations may be exempt from the ban

Solution

UV-LED technology

Enterprises and scientists are actively developing UVC-LED solutions

New standard formulation

Advanced UV for Life members are developing new testing standards for UV-LED water treatment

Industry Collaboration

The Hg RoHS working group is coordinating manufacturers and users to jointly address challenges

Important Reminder

Even if there are exemptions, manufacturers have a responsibility to clearly and explicitly record which products are exempt and which are not. These documents must be clear, understandable, and verifiable to third parties such as customs or end-users

The original intention of the law may differ from the preferences of manufacturers, and large tools and heavy machinery are not equivalent

Disclaimers

The information in this article is based on the latest integrated version of EU Directive 2011/65/EU (commonly referred to as "RoHS") released on August 1, 2024. The information provided is for reference only and does not constitute legal advice. We cannot guarantee the accuracy or completeness of the legal information provided

EUR-Lex - 02011L0065-20240801 Authorization Instruction -2022/279 Advanced UV for Life