One of the most reliable methods of cleaning water is to use a UV disinfection system to get rid of any level of contaminants that are present in the water. This kind of water purification includes the use of ultraviolet wavelengths where water passes through a quartz transparent tube that is presented to a high light and heat level, ideally over 105 degrees Fahrenheit to make it very efficient in reducing most dangerous microorganisms.
The UV system (ultraviolet disinfection system) is designed with the chemical-free and highly effective method to remove the threat of microbiological contaminants from water. It is a combination of several components and each one has a significant role. By knowing the details of these components, the process will be more clear to you.
Take a look at the main components of the UV System
Today, you can find several types of UV disinfection systems available in the market, however, they all are made of the common components, from the quite large systems that purify water for commercial or industrial processes to an under-skin system using drinking water at the point of use.
The following are the main components of the UV system:
1. The Reactor Chamber- The reactor chamber can be called a just chamber or a reactor. Usually, cambers can be small rooms used for both condition test parts and to conduct the test. In the UV system, they are small units that are used for conditioning test items. Also, there are some chambers available that are good enough to be installed into a comprehensive testing machine or other test equipment. There are several types of chamber available including axial shape, and they come with ports in different sizes according to the model and the glow rate the unit is designed to work.
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2. The UV Lamp- Almost all UV lamps are the same in design and they all work on the same function. The work of a UV lamp is to produce UV-C which is the wavelength of UV light and it is examined germicidal. The ways that they use to perform can be different according to the purpose and disinfection conditions. The three main types of UV lamps are low-pressure standard, low-pressure high output, and low-pressure amalgam lamps.
3. The Quartz Sleeve- The quartz sleeve is long in size and cylindrical tube of quartz glass which is designed to provide protection to the UV lamps. When it comes to preservation, it is necessary to clean the quartz sleeve regularly and change the lamp once a year.
4. The Controller Unit- It would not be wrong if we say that the controller unit is the brain of the entire UV system as it controls the electric output of the lamp, and commands it to produce UV-C light. These systems range in complexity and intensity, but basically, they all do the same task.
