There are many aspects of the Air Reactor that makes it stand out among the rest of its competitors. First of all, it has enhanced efficiency and effectiveness. The Air reactors does not only filter the air, but goes out of its way to actively neutralize or destroy viruses, bacteria, and other volatile organic compounds (VOCs) in the air. Second, it has excellent energy conservation mechanics. The Air Reactor are different from systems that are largely dependent on physical filters as the Air Reactor is known to maximize germicidal action while using less energy as possible. Lastly, the Air Reactor is also known as having longevity. Compared to traditional filters, the Reactor Pads found in this device have longer operational lives and need lesser amount of replacements. 

It is also more efficient compared to some traditional methods. For the first contender, charcoal is known to effectively eliminate odors in the environment through adsorption. However, it does not have the germicidal properties of the Air Reactor while also requiring numerous amounts of replacements. For the second traditional method, we have ionization. Ionization methods has the capability to gather together particles, enabling a trouble-free way to filter them. However, unlike the Air Reactor, ionization methods do not have any germicidal benefits. Lastly, UV light is known to solve issues like the sick building syndrome because of the germicidal properties it possesses. However, the Air Reactor has the technology of photocatalytic reaction by its side, making it a more comprehensive solution to air purification.