UVC disinfection guide: everything you need to know - Drinking water

Introduction

The quality of drinking water is crucial for our health. However, microorganisms such as bacteria, viruses and germs can pose a threat. UVC disinfection offers an environmentally friendly, chemical-free and highly efficient solution to eliminate these threats. But how does this technology work and why is it so effective?

How does UVC disinfection work for drinking water?

UVC disinfection is based on the effect of ultraviolet light in the wavelength range of 200 to 280 nanometers. This radiation penetrates the DNA or RNA of microorganisms and destroys their genetic structure. As a result, they are rendered harmless and can no longer reproduce.

The method is purely physical and does not require the use of chemicals. Particularly dangerous pathogens such as E. coli, legionella and certain viruses are effectively killed.

Key facts:

• Mode of action: Destroys the DNA/RNA of microorganisms.
• Environmentally friendly: No chemicals necessary.
• Effective: Particularly effective against pathogens such as E. coli and legionella.

Advantages of UVC disinfection for drinking water

UVC disinfection offers numerous advantages that make it attractive for private households as well as commercial and public facilities:

• Residue-free disinfection: As no chemicals are used, no residues remain in the water.
• Highly efficient germ reduction: UVC disinfection can eliminate up to 99.99 % of germs in drinking water.
• Sustainability: Energy consumption is low, which also makes the method interesting from an ecological point of view.
• Speed: Disinfection takes place in real time, so there is no waiting time.

Key facts:

• No chemical residues.
• Up to 99.99 % germ reduction.
• Low energy consumption.

Frequently asked questions about UVC disinfection

Is UVC disinfection safe for humans?

Yes, disinfection takes place in closed systems so that no radiation penetrates to the outside. This ensures safe use.

How long does a UVC lamp last?

The service life of a UVC lamp is typically between 8,000 and 10,000 operating hours, depending on the use and quality of the lamp.

Can UVC disinfection also be effective against viruses?

Yes, UVC radiation is effective against many viruses, including those that are waterborne. This makes it a versatile solution for water hygiene.

Conclusion

UVC disinfection is an environmentally friendly, highly efficient and sustainable technology that ensures safe drinking water quality. It is ideal for households, businesses and public facilities and offers a modern alternative to chemical disinfection processes.

Invest in a clean and safe future - with UVC disinfection!