What about UV lamp filters and why don't you have systems with this technology?

The water filters with ultraviolet radiation (UV lamp) is a technology used in some old-technology filters to disinfect water from pathogens. However, this method has several disadvantages that make it less efficient and reliable compared to other modern filtration technologies. At Camelot®, we do not use UV filters for a number of serious reasons that we will explain below.

How do UV filters work?

UV filters work by emitting UV radiation into the water that passes through the system. UV radiation has the ability, when the lamp is new, to destroy the DNA of certain microorganisms, preventing them from reproducing. However, this process requires electricity to run the UV lamp, which increases the cost and complexity of the system.

The disadvantages of UV filters

1. They require electricity to operate

The need for power means that UV filters cannot operate in the event of a power failure, making them unreliable in emergency situations. In addition, the constant power consumption increases the cost of running and maintaining the system.

2. Risk of hiding microorganisms

With UV radiation, substances in the water can allow microbes to "hide" behind these substances, preventing the radiation from killing them. This property reduces the effectiveness of disinfection, allowing harmful microorganisms to escape with all the consequences for those using it.

3. Need for frequent lamp replacement

UV lamps need to be changed frequently, as their performance decreases over time. Typically, lamps should be replaced every 2-3 months to ensure the system is working properly. Neglecting this maintenance leads to inadequate water disinfection however, and changing UV lamps frequently increases costs.

4. Inability to eliminate cysts

Cysts, such as Cryptosporidium and Giardia, cannot be killed by UV radiation. Cysts can only be filtered out with special filters that meet standards designed for cyst removal, such as the activated carbon filters of Camelot® with a condensation of 0,1 to 0,4 micron.

5. Non-filtering chemical pollutants

UV radiation is used to fight microorganisms, not chemical pollutants. This means that substances such as heavy metals, pesticides, chlorine and other chemical pollutants are not removed from the water, leaving serious health risks in our water. The state is responsible for microorganisms anyway, so it chlorinates the water to kill microorganisms.

6. Destruction of beneficial microorganisms

In addition to pathogenic microorganisms, UV radiation also kills pathogens and beneficial microorganisms we need in our water. These microorganisms can contribute to the natural biological balance of water, and their loss can have a negative impact on water quality and our health.

7. Inactive water

In addition, it has been shown that UV radiation can turn water into inert water. This means that water can lose the energy it should have, negatively affecting its natural balance and vitality.

Why Camelot does not use UV filters

At Camelot, after long-term research, we prefer to use modern filtration technologies that provide comprehensive and reliable water disinfection and purification.

These technologies are certified to ensure that our water is clean, safe and active, without depending on the power supply or frequent maintenance. In addition, the complexity and additional costs associated with UV radiation make our systems more affordable and reliable for our consumers.

In summary, UV filters may have the partial ability to disinfect water from microorganisms and not always, but their multiple disadvantages make them less attractive compared to other modern filtration technologies. At Camelot®, we choose solutions that offer the best water quality with certified safety and reliability.