UVC Pro UV reactor – 32W PRO-08

R3,407.74

INCLUDING VAT

Please note that shipping and installation is not included.

Ultraviolet light (UV) reactors from UVC PRO are excellent value systems with capacities up to 96 l/min. Models are available with separate or integrated ballast, and they use lamps UVC PRO’s own lamps.

UV is able to inactivate pathogens such as giardia and cryptosporidium, which are chlorine-resistant. No disinfection byproducts are generated with UV, such as carcinogenic Trihalomethanes, and it is a safer disinfection option for operators.

Description

UVC Pro UV Reactor – 32W PRO-08

Model : PRO-08

Flow Range : 23/30 l/min

Material : 304SS 

Max Press : 8.5 bar

In/Out (M=male) (F=female) NPT : ½”M

Due to the sensitive nature of electrical products, consumables such as bulbs and ballasts do not carry a warranty. It is recommended that you install surge protectors to avoid premature failure of these items

UVC Pro UV Reactor – 32W PRO-08 are excellent value systems with capacities up to 96 l/min. Models are available with separate or integrated ballast, and they use lamps UVC PRO’s own lamps. UV is able to inactivate pathogens such as giardia and cryptosporidium, which are chlorine-resistant.
The abundance of water as well as its unique physico-chemical properties make water an indispensable industrial asset. However, the overuse of water and the inevitable contamination resulting from it require. The development of methods of thorough cleaning before water can be recycled or returned to environment. Particularly important are treatments against microbial growth – exponentially growing microbial pathogens and other organisms can severely poison sources of drinkable water, or disrupt environments. For example, ballast water is often taken up on ships at certain locations. Afterwards discharged at destinations far away from the original locations. In such cases, the alien, non-indigenous organisms can prove to be a great threat to the environments. An efficient and proven method to decontaminate water from the microbial contaminants is to use ultraviolet (UV) light to destroy their DNA.
They’re widely used in treating (for instance) drinking water, wastewater, industrial process water and ballast water. However, different water processes involve a variety of operating conditions (pressures, temperatures, velocities) and they therefore sustain a diversity of organisms as well. In order to ensure that UV reactors provide sufficient decontamination rates. Their design and operating regimes must be properly calibrated and optimized. A particularly useful method for this is to model combined flow and UV fields in complex geometries by means of Computational Fluid Dynamics (CFD).
UVC Pro UV reactor – 32W PRO-08

Additional information

Dimensions 70 × 64 cm

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