Scentroid is a global leader in air quality and odour monitoring solutions, offering a comprehensive range of instruments and software that utilize advanced technologies, including AI, IoT, and robotics. Designed to support environmental engineers, municipalities, and industrial operators, Scentroid’s solutions provide real-time, accurate data for air quality assessments, pollution detection, and regulatory compliance.
Based in Canada, Scentroid develops and manufactures all its products in-house to ensure high-quality control and technical precision. Its tools are used globally across industries such as waste management, oil and gas, agriculture, and food production. Whether the objective is to maintain public health, ensure industrial safety, or comply with environmental regulations, Scentroid provides the technological edge necessary for effective air and odour monitoring.
Features
Real-Time Odour Monitoring
Scentroid systems can measure odour concentrations dynamically, using AI-powered algorithms and sensors that assess odour units per cubic metre. These readings help operators identify emission spikes in real time.
Portable and Drone-Based Sampling
Portable olfactometers and gas monitors allow field staff to conduct on-site sampling, while aerial drones (such as the DR1000) can collect air samples in remote or hazardous locations for further analysis.
Fixed Monitoring Stations
Scentroid’s fixed stations, like the SS600, provide continuous monitoring of pollutants such as hydrogen sulfide (H₂S), volatile organic compounds (VOCs), sulfur dioxide (SO₂), methane, and particulate matter (PM2.5 and PM10). These stations can also be equipped with weather sensors for comprehensive environmental assessment.
AI-Powered Analytics
The integration of artificial intelligence allows for source detection, emission forecasting, and trend analysis. This helps organizations anticipate environmental risks and take preemptive action.
Cloud-Based Data Management
All collected data is transmitted to a secure cloud platform where users can visualize, store, and analyze the information. The dashboard includes tools for generating reports, setting alert thresholds, and managing devices remotely.
Olfactometry Labs
For laboratory-based odour testing, Scentroid provides dynamic olfactometers compliant with EN13725 standards. These are used to assess odour intensity via trained human panels, supported by automated dilution and sampling systems.
How It Works
Scentroid’s air quality and odour monitoring system involves a multi-step workflow:
Data Collection
Devices gather data through on-site sensors, air sampling systems, or drone-based collectors.Pollutant Detection
Advanced sensors identify and measure chemical concentrations and odour units in the sampled air.AI Processing
The system uses artificial intelligence to analyze the data, recognize patterns, predict potential pollution events, and identify likely sources.Data Transmission and Storage
All data is sent to Scentroid’s cloud-based platform, accessible in real-time via web or mobile applications.Reporting and Alerts
Users can set custom thresholds and receive alerts when pollutant levels exceed regulatory or operational limits. Reports can be generated for internal review or official submission.
Use Cases
Waste Management
Landfills and composting facilities use Scentroid to track and control odour emissions, helping to reduce complaints and stay within local environmental regulations.
Oil and Gas
Refineries and petrochemical plants deploy monitoring stations to measure dangerous gases like H₂S and VOCs, ensuring workplace safety and environmental protection.
Municipal Air Quality Monitoring
City governments and environmental agencies use Scentroid systems to monitor urban air quality, identify pollution hotspots, and develop data-driven public policies.
Agriculture
Large-scale farms monitor emissions of ammonia, methane, and other gases from livestock and manure to meet environmental guidelines and improve community relations.
Environmental Consulting
Consultants use Scentroid’s portable and drone-enabled systems for field assessments and forensic odour investigations on behalf of private and public clients.
Food Processing Facilities
Factories producing strong odours (such as coffee, seafood, or cheese) use Scentroid to monitor emissions and adjust ventilation systems accordingly.
Pricing
Scentroid does not publicly list pricing on its website because of the customized nature of its products and services. Pricing varies based on factors such as the type of device, sensor configuration, data platform access, and support requirements. For a tailored quote, clients are encouraged to contact the company directly through its contact page.
Key product types include:
Portable odour and gas monitors (e.g., SM100, SC300)
Fixed monitoring stations (e.g., SS600, SS700)
Drone-based samplers (e.g., DR1000)
Laboratory olfactometers and dilution systems
Depending on the application, clients may also inquire about bundled solutions, leasing options, training programs, and extended maintenance plans.
Strengths
Offers a complete ecosystem of monitoring hardware and software
Integrates advanced AI and IoT technologies for data analytics
Provides solutions for both field-based and laboratory odour analysis
Supports regulatory compliance with international standards such as EN13725
Designed and manufactured in-house, ensuring high-quality control
Used in over 100 countries by governments and industry leaders
Drawbacks
Lack of transparent pricing may delay decision-making for some buyers
Certain systems may require professional installation or training
High upfront investment may not suit smaller organizations
Product range is specialized, making it less suitable for general-purpose air quality monitoring
Comparison with Other Tools
Compared to other environmental monitoring tools on the market, Scentroid stands out in several ways:
Unlike general air quality monitors (e.g., PurpleAir), Scentroid offers specialized odour monitoring systems.
Competitors such as Aeroqual provide robust air quality solutions but do not include drone-based sampling or dynamic olfactometry.
Scentroid integrates AI for source detection and forecasting, a capability not commonly found in lower-tier monitoring tools.
In summary, while other tools may be more accessible or affordable, Scentroid delivers industrial-grade performance tailored to advanced environmental monitoring needs.
Customer Reviews and Testimonials
Scentroid is used by clients across more than 100 countries, including governments, industrial facilities, and environmental consultants. While detailed public reviews are limited due to the niche nature of the product, customer testimonials highlight several benefits:
Effective in reducing odour complaints through early detection and response
User-friendly interfaces and reliable technical support
High-quality construction suitable for harsh industrial environments
Example testimonial:
“Scentroid helped us identify the source of odour complaints quickly and accurately. Their team provided outstanding support during deployment and training.”
— Environmental Manager, Waste Treatment Facility
Additional feedback and client stories are available on the official Scentroid website and professional networks such as LinkedIn.
Conclusion
Scentroid provides a powerful and highly specialized solution for odour and air quality monitoring. By combining sensor hardware with artificial intelligence and cloud-based analytics, it allows users to track pollutants in real time, identify pollution sources, and stay compliant with environmental regulations.
Its tools are ideal for industrial, municipal, and environmental consulting applications. Although pricing is not publicly disclosed and systems may require specialized training, the level of technological innovation and performance make Scentroid a leader in its field.
For organizations looking for robust, AI-enhanced air and odour monitoring solutions, Scentroid offers one of the most comprehensive platforms available.
