How Do Vape Detectors Work?
Vape detectors work by monitoring the air for tiny aerosol particles, chemical compounds and air-quality changes linked to vaping. When a device detects a pattern associated with nicotine vapes, THC vapes or similar products, it sends an alert to designated staff so they can respond quickly.
Vaping has been around for some time now, and it’s posed a few problems to many people charged with enforcing no-vaping policies.
From schools to hotels and airports, staff for a long time have had the almost impossible job of preventing people from vaping indoors. But with the introduction of vape detectors, things have changed.
In this guide, we explain how vape detectors work. We look at the types of particles these subtle devices can detect, how they differ from smoke detectors, where they’re often found, and how they can be used to achieve the most effective results.
What Is A Vape Detector?
A vape detector is a device that is usually affixed to a ceiling or wall and monitors the air quality in that space for any particles found in vape pens. This could be nicotine or the likes of THC.
These devices look much the same as smoke detectors, often small, round and white. Side by side, they’d be hard to pick out. But as we explain in our comparison guide, which you can read here, vape detectors usually have a grill or openings to allow vapor to hit their sensors.
Vape detectors offer a non-obtrusive way to enforce a no-smoking or vaping policy in areas that are hard to police, like locker rooms and bathrooms. In all, they offer a discreet and effective solution to tackle vaping indoors.
Let’s take a look at how vape detectors work.
How Do Vape Detectors Work?
So, how do vape detectors work?
These clever devices work by monitoring the air and environment for any chemicals or particles that are commonly linked with vaping.
While the vapor produced by vape pens dissipates quickly, the tiny aerosol particles, nicotine, THC-related compounds, flavouring chemicals, and volatile organic compounds remain in the air, and this is what the devices detect.
When they do pick up on something, a vape detector triggers an alert, which can be sent to staff, security teams or facilities managers, allowing them to intervene and respond quickly.
So if we put it in simple terms, a vape detector works in five stages:
- It monitors the air in real time.
- It detects tiny airborne particles and chemical changes.
- It compares those changes against normal background air conditions.
- It uses detection logic, and in more advanced systems, machine learning, to decide whether the pattern is likely to be vaping.
- It sends an alert to the relevant people or connected systems.
What’s impressive about vape detectors is their speed. Take a school bathroom, for example. A student may enter, vape and leave within a few minutes. It’s therefore vital that the device detects the event quickly while the vaping is still occurring. Our detectors here at Triton Sensors typically send alerts within 5 seconds of detection.
What Do Vape Detectors Actually Detect?
Modern vape detectors have the ability to pick up and sense a wide array of chemicals and particles. They’re also very sensitive devices, meaning the smallest of traces can be detected. Let’s take a closer look at the inner functioning of a vape detector.
Vape aerosol particles
Vape aerosol particles are the main thing a vape detector looks for. These particles are produced when the liquid inside the vape pen is heated up. The liquid then becomes an aerosol, which contains tiny particles which can be detected in the environment.
Nicotine
Vape detectors are clever devices. They do not usually perform tests to confirm the presence of the likes of nicotine. Instead, these devices detect a combination of aerosols and chemicals and look for the likes of volatile organic compounds, which are typically found in nicotine-based vapes.
It’s vital that nicotine is detected. The Centers For Disease Control and Prevention (CDC) states that most e-cigarettes contain nicotine, and nicotine exposure can harm the developing brains.
THC and cannabis
As well as standard vapes, advanced vape detectors can also pick up on the compounds found in cannabis products, such as THC.
The chemical makeup of marijuana is different from that typically found in vape devices, so not all detectors may be able to pick up on its presence.
Smoke and tobacco
Vape detectors and smoke detectors serve different functions, but there can be an overlap. Traditional smoke detectors have a sole purpose, whereas a vape detector is designed to monitor air quality. We explore this in more detail below.
However, some advanced models of vape detectors can also pick up on smoke and tobacco-related products. These devices would be more likely to alert staff to the presence of smoke as opposed to issuing an alarm.
How Are Vape Detectors Different From Smoke Detectors?
Although they look very similar, vape detectors and smoke detectors couldn’t be more different in how they function.
A smoke detector serves a sole function—to detect smoke and issue a loud alarm to warn people of the danger. They do not detect vapor or the particles found within it.
By contrast, vape detectors don’t detect smoke, but instead monitor air quality for any particles found in vapes. Once detected, it triggers an alert, often without giving anything away to those vaping.
Some types of advanced vape detectors, like our TritonSense, can also detect noise and sound, which is something smoke detectors cannot do.
How Are Vape Detectors Installed?
Vape detectors are often installed on ceilings or high up on walls. They tend to be out of reach to avoid any tampering or damage, and also to serve as a subtle deterrent and monitor.
To give you an insight into how they’re fitted, let’s take you through a typical installation process from our experience:
- Identify vaping hotspots
- Review the room layout and airflow
- Choose a wall or ceiling placement
- Connect power and data - this is usually done via an Ethernet cable, which provides both power and internet connectivity
- Configure alert recipients
- Test the sensor
- Adjust settings if needed
- Train staff on how to respond to alerts
The placement choice for the vape detector is important. It needs to be able to detect aerosols quickly and reliably, so putting it by a bathroom door, for example, may lead to too much of a draft to see the device work properly. In larger spaces, multiple devices may be required to provide maximum coverage.
Where Are Vape Detectors Used?
Vape detectors are often found in certain hot spots—places that have become well-used and frequented by vapers. Generally speaking, these areas are out of sight and supervision, making them hard to police.
Let’s take a closer look at the main locations where vape detectors are used:
- School bathrooms
- Locker rooms and changing rooms
- Dormitories and residence halls
- Stairwells and hidden common areas
- Healthcare and patient areas
- Libraries and municipal buildings
- Retail and quick-service restaurants
- Workplaces and offices
Installing vape detectors in these popular locations can see a big reduction in vaping incidents—data we share and explain in our customer testimonials, which you can read here.
What Happens When A Vape Detector Goes Off?
When a vape detector goes off, it’s typically connected to a system which alerts key members of staff. This alert is often silent, so the vaper will be none the wiser as to the trigger.
A typical alert process looks like this:
- The sensor detects a vaping pattern in the air.
- The system confirms the event against its detection settings.
- An alert is sent to designated staff or administrators.
- The alert identifies the location of the sensor.
- Staff can attend the area, check what has happened and follow the organization’s response policy.
- The event may be logged for reporting, trend analysis or safeguarding purposes.
For the likes of schools, being sent the location of the device that’s triggered will help massively in enforcing a no vape policy, giving staff the chance to intervene while the incident is still live.
Do Vape Detectors Use Cameras Or Record?
No, most vape detectors do not have cameras, nor do they record audio. If they were to do this, then their usage in places like bathrooms and locker rooms would be subject to strict data protection laws.
The biggest benefit to using vape detectors is that they’re non-obtrusive, meaning there are no privacy concerns. All data it analyzes is anonymous.
If a vape detector is being used to record individuals, it’s important to explain this clearly, be it in hotels, schools or other public spaces.
Try A Vape Detector Today
Now that you’ve read all about vape detectors and how they work, you may be interested in trying one out. If so, you’ll be pleased to learn that we offer a free demonstration so you can see how they function and how they could help you.
If you’d like to book a free demo, just click here.
If you have any questions about how vape detectors work and how they could help you enforce no-vaping policies, reach out to us today by heading here.
