Scentroid

08/28/2026

Scentroid has spent years working with municipalities, universities, industrial facilities, wastewater treatment plants, oil and gas operations, research teams, and environmental agencies worldwide.

That experience has let us apply our technology to a wide range of real-world environmental monitoring challenges.

Our work has included city-wide odour and air quality programs, industrial source identification, wastewater and landfill monitoring, indoor air quality studies, drone-based sampling, emissions mapping, leak detection and environmental research.

Scentroid equipment has also been used and referenced in a growing body of academic research. These studies cover areas such as air quality monitoring, odour measurement, UAV-based sampling, emissions characterization and environmental sensing.

Together, these projects represent years of field experience, research collaboration and technology development across a broad range of industries and environments.

You can learn more about Scentroid and our environmental monitoring technologies at:

https://scentroid.com/

Scentroid is the Future of Sensory Technology - We are the world’s premier manufacturer of air quality and odour monitoring analysis equipment.

08/14/2026

Lithium-ion battery fires continue to highlight the importance of detecting thermal runaway as early as possible.

One indicator is Hydrogen Fluoride (HF), a hazardous gas that can be released during lithium-ion battery thermal runaway.

The TR10 Warden can be configured with a dedicated HF sensor for applications including battery energy storage systems (BESS), EV infrastructure, battery manufacturing and recycling, and HAZMAT response.

The objective is straightforward: detect HF concentrations and provide an alarm when configured thresholds are reached, giving operators additional information as a battery failure develops.

Learn more: https://scentroid.com/tr10-warden/

Portable multi-threat detection platform combining gas and radiation monitoring for CBRNE response, industrial safety, and hazardous materials

08/07/2026

We’re always excited to see our Scentroid technology being used by independent researchers around the world.

A 2025 study published in Sensors used the Scentroid SM100 Field Olfactometer to measure odour concentrations during research into emissions from the composting process.

The researchers highlighted the SM100’s broad 2–30,000 ou/m³ measurement range, noting that competitors offer a narrower measurement range and lower precision.

The study combined field olfactometry with VOC measurements and electronic nose technology to investigate odour emissions throughout different stages of compost maturation showcasing that established olfactometric methods can work alongside emerging sensor technologies.

It’s great to see Scentroid equipment continuing to support independent environmental research and the advancement of odour measurement techniques worldwide.

Read the full open-access study:

https://www.mdpi.com/1424-8220/25/10/3153

The final stage of green waste treatment typically occurs in composting plants, where waste is biologically stabilised through the activity of microorganisms. The composting process is accompanied by the emission of volatile organic compounds responsible for odour perception. Such nuisance odours ar...

07/31/2026

What does an environmental digital twin look like?

This is an example of a mining operation we modelled inside SIMS3.

Instead of just displaying sensor locations on a map, our platform created a digital representation of the site by combining multiple data sources into a single operational picture.

In this example, our digital twin is integrating:
• Air quality sensors
• Weather conditions
• Emission sources
• Sensitive receptors
• Dispersion modelling
• Community odour complaints

The result is a neat view of how emissions move across the site and surrounding communities in real time.

What insights could a Digital Twin provide?
• Where emissions are coming from
• Which communities are likely to be affected
• How changing weather influences plume movement
• What mitigation actions should be prioritized
..and more!

Book a meeting with a Scentroid rep today to see how our technology can improve your facility operations.

07/24/2026

One of Scentroid's most popular industrial hygiene solutions continues to help organizations protect workers from one of the industry's most persistent hazards: airborne lead.

Our Airborne Lead Analyzer has become a trusted choice for manufacturers, battery recyclers, foundries, military facilities, and industrial hygiene professionals who need rapid, reliable lead measurements without waiting days for laboratory results.

With optional SIMS3 integration, facilities can monitor trends over time, receive instant alarms, and manage multiple monitoring locations from a single dashboard.

Learn more about the Airborne Lead Analyzer:

https://scentroid.com/products/accessories/airborne-lead-analyzer/

You can now sample, extract, and quantify the concentration of total lead in the air! Compliance with environmental and occupational health regulations can be easily determined, with sample results available in 7 minutes.

07/15/2026

If you're in North America today, you may be dealing with wildfire smoke.

If you're elsewhere, you may have faced it before. Wildfire smoke is becoming a global challenge. The haze is only part of the problem. Fine particles and gases travel incredible distances.

At Scentroid, we help organizations monitor wildfire smoke in real time.

Our solutions include:

• Air quality monitoring stations
• Drone-based smoke mapping
• Personal exposure monitors
• AI-powered analytics and automated alerts

Better data leads to better decisions.

Learn more about our Wildfire Smoke Monitoring solutions:

https://scentroid.com/services/wildfire-smoke

07/10/2026

Understanding what happens beneath our cities is just as important as monitoring what happens above them!

Scentroid's SIMS3 environmental intelligence platform combines high-resolution field measurements, GIS mapping, and digital twin technology to create detailed models of sewer networks, wastewater infrastructure, and underground utility corridors.

By collecting real-world data across an entire network, we can:

1. Identify odour hotspots and emission sources
2. Visualize gas concentrations throughout sewer systems
3. Prioritize maintenance and rehabilitation efforts
4. Validate infrastructure performance
5. Support smarter long-term planning with a living digital twin

The result is an evolving representation of critical infrastructure that transforms measurements into actionable insights.

Digital twins are changing how municipalities understand, manage, and optimize their underground assets.

07/03/2026

It was a pleasure to visit Conexus Nuclear Inc. (Conexus) for a Lunch & Learn and spend the afternoon discussing emerging technologies with such an incredible group!

We'd like to thank the Conexus team for the warm welcome, the thoughtful discussions, and the opportunity to share some of Scentroid's perspective on the future of intelligent sensing.

06/18/2026

A closer look at the GV2000 in action.

Advanced sensing. Real-time situational awareness. Watch the full video:

https://youtu.be/pJrNswKiA7s

The Scentroid GV2000 First Responder Quadrupedal is an advanced gro...

06/04/2026

The new GV2000 webpage is now live.

Discover how Scentroid's quadrupedal robotic platform combines advanced CBRNE detection, LiDAR mapping, thermal imaging, and autonomous mobility to keep personnel out of harm's way.

Learn more: https://scentroid.com/gv2000/

Detect threats, map hazards, and gather critical intelligence before personnel enter the scene. The GV2000 combines advanced sensing, LiDAR mapping, thermal imaging, and SIMS3 integration for hazardous environment operations.