BLUESCIENCE UV AIR DISINFECTION
HOW DOES IT WORK?
Blue Science utilises the disinfectant properties of UV-c light to convert an air-conditioning unit into a powerful air purifier. Warm and contaminated air is pulled in through the top of the unit, where it is then cooled via the unit’s cooling coil.
BlueScience immerses the air around the cooling coil in UV-c light, sanitising it during the process. The cool air is then dispensed by the air-conditioning unit free of virus, bacteria, moulds and odours.
What is UV-c?
UV-C is part of the light spectrum that can be used for water purification, air and surface disinfection.
Ranging from 100 nanometers (nm) to 280 nm it’s exposure deactivates the DNA of bacteria, virus, and other pathogens by destroying their ability to reproduce and cause disease.
When biological organisms are exposed to UV-c light it is absorbed by DNA, RNA, and proteins. Absorption of UV-c by proteins leads to a rupture of the cell wall and inactivation of the organism. With sufficient exposure, the DNA replication process is disrupted, and the cell cannot replicate, in fact, when the organism tries to replicate, it dies.
Blue Science utilises the disinfectant properties of UV-c light to convert an air-conditioning unit into a powerful air purifier. Warm and contaminated air is pulled in through the top of the unit, where it is then cooled via the unit’s cooling coil. BlueScience immerses the air around the cooling coil in UV-c light, sanitising it during the process. The cool air is then dispensed by the air-conditioning unit free of virus, bacteria, moulds and odours.
Why use BlueScience?
A major health concern of modern-day life is the presence of viruses and bacteria in confined public areas. Indoor hotspots such as offices, meeting rooms, restaurants, cafes and waiting rooms, see compact congregations of people, with little way to nullify the risks of airborne infection. BlueScience makes use of the nature of these indoor hotspots to contain wall mounted air-conditioning units, providing a retrofit air-sterilization system, that massively decreases the chance of airborne infection/contamination.
Not only does BlueScience inactivate Viruses and bacteria, but it also acts as a neutraliser to unpleasant or overpowering odours that are often found in germ-volatile environments such as restaurants, bars and gyms.
What are the Beneficial Uses of UV-c?
UV-c technology is a proven non-chemical approach to disinfection of water, air and surfaces. In this method of disinfection no substance is applied to the unit – making it a simple, inexpensive, and a very low maintenance method.
How else is UV-c used?
Drinking Water / Food Processing / Medical / Industries / Vending Machines / To Name A Few.
STANDARD-KIT - UV-c LED DRIVER & 700mm UV-c LED STRIP
An easy retro-fit system for all existing air-conditioning units, to treat and protect the air, by constant UV disinfection, every time it passes through the unit.
WHAT IS INCLUDED?
1000mm Extension Cable
700mm UV-c 18 LED Strip
AC Unit Safety Seal
Storefront Display Sticker
PRO-KIT - UV-c 1000mm LED STRIP
The BlueScience Pro-Kit is a quick and easy way to simply enhance the UV-c dosage from an existing BlueScience LED Driver, making it perfect to protect the air in larger FCU's or populated areas..
Firstly you must purchase the Standard Kit and install the LED Driver & 700mm LED Strip. The Pro-Kit can then be added by adding the splitter (supplied with the Pro-Kit). Then connect the 700mm LED Strip (supplied with the Standard-Kit) and 1000mm LED Strip (supplied with the Pro-Kit) into the splitter.
The increased number of LED's; 48 in total, 18 (Standard Kit) + 30 (Pro-Kit), it massively ramps up the UV-c dosage rate.
WHAT IS INCLUDED?
1000mm 30 UV-c LED Strip
Storefront Protector Sticker
LED Split Connector
1000mm Extension Cable
Pro-Kit is NOT supplied with a LED Driver.
The Pro-Kit will increase the UV-c exposure and dosage rate significantly as it will increase the number of UV-c LED’s from 18 to 48. The Pro-Kit is intended for use on larger Fan Coil units, higher populated confined areas or when a high fan speed is preferred.