Nemesis

Providing a safe indoor environment can seem like a daunting task in the midst of a global pandemic. Nemesis proven UV-C technology and Eagle X Sterionizer with Ionization technology is at the forefront of the pathogenic disinfection by providing a cost-effective, time-efficient, and an environmentally friendly way to neutralize viruses, bacteria,... and other microorganisms. UV-C technology is a proven approach to knock out viruses and bacteria without the use of costly chemicals with potential side effects. UV-C effectively disinfects surfaces by damaging the cellular structure of virus and bacteria, rendering it inactive and unable to replicate. Nemesis technology is currently being adapted to sanitize hospitals, medical facilities, airports, hotels, schools, venues, entertainment spaces, cruise ships, cruise ship terminals, offices, retail spaces, warehouse spaces, trucks, freight, shopping carts, and other highly exposed areas. All of the Nemesis products are designed and assembled in the USA. UV-C radiation has also been proven to be effective against waterborne and airborne pathogenic microorganisms, including those responsible for influenza, cholera, hepatitis, polio, typhoid, giardia, cryptosporidium and many other bacterial, viral and parasitic diseases. No harmful effect when overdosed on surfaces, water or air The desired UV-C disinfection effect is directly related to the amount of UV dose, so its effectiveness can be simply measured once the system design is validated. Ultraviolet technology is a non-chemical approach to disinfection. It is a turn-key solution that makes the process simple, inexpensive, and requires very little maintenance. Nemesis radiators and ballasts are specifically designed to produce a more exact dosage of ultraviolet light. UV-C radiation will disinfect anything in or around the lights path, deactivating bacteria and viruses in the air, as well as on and around surfaces. They can be operated from a key fob or a web application, which can be used to schedule disinfection. ...Read More