Ozone Generators For Cannabis Grow rooms vs AirROS commercial air purification systems скачать в хорошем качестве

Ozone Generators For Cannabis Grow rooms vs AirROS commercial air purification systems

https://airrosshield.com/ Ozone generators are one of the most popular ways to create high levels of ozone in a cannabis grow room for cannabis growers or being used for any business but, what do you need to know about them before buying? In this video, we compare ozone generators vs AirROS purifiers, which can also be used as a safe alternative. Transcript: Hi, my name is Sharla, I'm here today with Brian from AirROS by SAGE industrial. We get a lot of questions and one common one is, is this an ozone generator? Yeah, that is a very common question. In a quick answer, no, we're not an ozone generator, but we do generate ozone. So an ozone generator, normally when you look at an ozone generator, it is purpose-built meaning it is designed to just generate ozone ozone is an effective sanitizer. But in order to be effective, it has to be at high levels. So most of the virus and activations that, you know, testing on virus and activations, et cetera, are done at either 200 PPB or point 200 PPM or higher. I've seen them you know, in the full PPM one PPM, but it takes eight hours. It takes a long time to do an effective kill or inactivation on a virus with just ozone. So ozone generators are purpose-built just to generate ozone. Our system does generate ozone, but we're at 30 PPB way, way below OSHA regulations for people very low levels where most of the arguments about our system generating only 30 PPB is it can't be effective, which is almost a true statement. At 30 PPB. Ozone alone is not very effective. However, we're also generating a dry hydrogen peroxide or gas phase hydrogen peroxide. Also again at one 10th of the levels, OSHA requirements are so very low levels, but when they combine, they create trioxidane, trioxidane is a natural anti-microbial agent that can do surface killing. So in the environment with only 30 PPB or low-level, you know, ozone in that room, you are getting that trioxide and created, which has a half-life of about 12 minutes. It doesn't last very long. So we're constantly regenerating. So we're generating those own on purpose to create Trioxidane. Trioxidane is now the anti-microbial agent that's killing inactivating viruses, killing bacteria, mold pathogens, odors VOCs in the air and on surfaces in the environment. So, no, we're not an ozone generator. Yes, we generate ozone, but at very safe levels. So a lot of the testing you'll see, or even if you watch the news on air quality index, you'll notice that ground-level ozone is high, moderate, low safe for, you know, so you see various levels. So they monitor ground-level ozone. Some of the reason they do it is, one I mean, we can go here outside and find 70 on any good, good day, 70 PPB, which is way higher, more than double what we're at. In most of our rooms. You can find that and higher than a hundred. Most of the testing that shows that, Hey, there's an air quality index issue for people is at one 20 or above. I've seen even 400 ground level ozone and they show that that's dangerous for people. We're never, that our rooms are cleaner, safer, lower levels than what you'll normally find outside. So when you see ozones bad, it's normally very high levels and it's outdoor. When those low levels are pretty high outside, it's not just ozone. So they're talking, Hey, your nitric oxides are high, your particulates are high from the emissions from car emissions, et cetera, factory emissions. So your quality, your air quality index, even though they're using those own as a marker, it gives us all bunch of other markers that come along with that as ozone goes up. So the particulates as ozone goes up. So to your nitrous oxide so the other dangerous air molecules that you're breathing. So that's why air quality is wrapped around the ozone target. Ozone is very dynamic, meaning at a hundred and you shut off as a generator of any sort. It'll go back to zero in under 30 minutes. So it's very dynamic. So that's what they use as a measurement. Similar to us, we're doing the same thing where, Hey, we're at 10, we're at 20 PPB. As soon as somebody walks in the room, it drops dramatically. You see it almost instantly as product comes in. That is because it's so dynamic and it is a great marker. It's a good way to measure what's going on in the room, Trioxidane is our goal. So we know, Hey, at 30 PPB, we have the tracks that they needed to treat the surfaces. So we generate ozone, but it's safe, well low levels. And it gets easily confused with an upper layer of ozone, but ground level ozones and how dangerous they are and the, the, the media around that. So you gotta be real careful with a lot of the studies are easily. I haven't seen one below 120 PPB. All of the studies that show have dangerous levels of ozone are high level ozone. And, and to us that is irrelevant. You can be exposed to 400 PPB of ozone for so many hours. That is not the same as being exposed to 40 PPB for 10 days in a row. They're two different exposure rates.