Do you want to prevent high school students from vaping in the bathroom? Then you need to invest in a good vape detector. As the name suggests, it works to determine the presence of vaping particles in a particular area.
If you’re wondering how it functions, read on below. Here, we’ll answer a very popular question: how do vape detectors work?
How Vape Detectors Work
Also known as vape sensors, these devices monitor the air quality in a specific area. As such, they can detect vaping particles as little as 0.3 microns in size.
These detectable chemicals include:
- Nicotine, which can lead to lung illness, heart problems, and other health concerns
- THC oil (marijuana), which can result in drowsiness, slower reaction times, impaired coordination, and inability to pay attention
- Volatile organic compounds (VOCs), which can cause cancer, irritation, and nervous system issues
- Flavorings such as diacetyl, which has been linked with lung disease
- Heavy metals such as lead, tin, and nickel
- Other ultrafine particles
Vape sensors, which are connected/powered by ethernet cables, can send SMS/email alerts to school administrators upon detection. As such, these officials can take real-time action over such disturbances.
Most devices use a learning algorithm that allows them to identify vaping behavior accurately. That’s why they can quickly identify particles of various sizes and concentrations.
Moreover, they’re tested to detect chemicals coming from popular vape brands, such as Puff Bar, Juul, Vuse, and Smok, to name a few. Because of this design, vape detectors are less likely to send a false-positive notification.
Some also have additional audio features, such as noise and keyword detection. Furthermore, school officials may use the detector’s time stamps to sync up with camera video surveillance.
Outside of their air-detecting qualities, these environmental sensors can also serve as a deterrent for teen vaping. Its mere physical presence may stop many users from even attempting to vape.
Do Vape Detectors Violate Students’ Privacy?
These vape smoke detectors do not ‘watch’ students – they don’t record video, as is the function of some surveillance equipment. As mentioned, they only work to check the air for the presence of volatile organic compounds.
Although some may use audio detection, it’s only limited to certain noises and keywords.
Where to Place Vape Smoke Detection Sensors
A vape detection solution should be placed in the two most popular locations for e-cigarette use: school bathrooms and locker rooms.
Restrooms are the number 1 destination for vapers in middle and high schools for two reasons: easy access and lack of supervision.
For one, students can go to the toilet whenever they want and use the time there to vape. They can easily ‘cover’ their trail, for vape smoke is colorless compared to the usual cigarette smoke.
The same can be said with locker rooms. They’re accessible, private areas where they can smoke vape – and traditional cigarettes too.
All in all, these school areas provide perfect opportunities for vaping outside the home. They don’t have to worry about parents/guardians busting them here.
But with the help of vape sensors, these sneaky acts are less likely to happen anymore.
Tips on Using Vape Detection Devices
While these air quality monitors work generally well, following these tips will help ensure that they function more accurately:
- Place the device in a central location far from ventilation and/or exhaust fans. The latter may prevent the device from detecting vaping particles accurately.
- Install the alarms in restrooms or locker rooms with a ceiling height of 9-11 feet or 2.7-3.4 meters.
- For bigger bathrooms, make sure to place a sensor for every 10-12 feet or 3.05 to 3.66 meters.
Where to Get Funding for Vape Sensors
If you are a school district official, your limited funding may stop you from acquiring your facilities’ sensors. That said, you may be able to obtain some with the help of these federal government grants:
- CARES Act Air Quality Fund. This grant is given to schools that need assistance in improving air quality.
- School safety grants. Schools with safety initiatives such as anti-vaping may be able to purchase sensors through such grants.
- Anti-bullying grants. Some vapor sensors with keyword detection features can help detect bullying and, as such, may qualify for funding under this grant.
Vaping: A Health Hazard to Students
Many schools use vape detectors to keep students safe. After all, the CDC deems these e-cigarettes unsafe for adolescents and teens.
That’s because they contain nicotine, an addictive substance that can negatively affect brain development. Such can lead to problems regarding learning, attention, impulse control, and mood.
To make matters worse, vape users often have a higher risk of developing drug addictions in the future.
Brands such as Juul contain high amounts of nicotine – the likes of which you’ll find in 20 cigarette packs. And since they use nicotine salts, users find it easier to inhale.
Unfortunately, this – and the fact that most pens look like USB drives – make vaping popular amongst school children. And, to make matters worse, 2/3 of Juul smokers aged 15-24 don’t know they contain insane amounts of nicotine!
In most cases, vape use often starts because a ‘friend tried it.’ For some, feelings of anxiety, depression, or stress have driven them to use e-cigs.
And with their seemingly harmless e-liquid flavors, many users find them inviting.
Unfortunately, it’s not just the user that is affected by vape. Those around them are at risk, too, for they can inhale toxic, cancer-causing second-hand smoke/aerosols.
Outside of these health concerns, vape use may also lead to injury. Some devices are known to explode and cause burns/disfigurement.
Vape sensors detect particles such as nicotine and THC in the air. They undergo machine learning and exposure to common vape brands to ensure accurate detection.
Some products may send email/text alerts to concerned personnel upon detection. Likewise, some may come with detection features that may prevent bullying as well.
Have you used vape sensors? How did they perform? Do share your thoughts below!