Air Quality Sensors
The R-Com IoT Air Quality Unit (AQ) uses leading air quality sensors to accurately monitor air quality and pollution levels in real time.
Why monitor Air Quality?
Public health and safety issues related to pollution are a global problem just as much as a local problem. Outdoor air quality monitoring provides key data for decisions that councils, governments and business leaders need to make to ensure public health and safety in populated areas.
How is Air Quality Monitored?
- The wall- or post-mounted unit is equipped with an active sensor that continuously monitors and records key outdoor air quality parameters, including (CO2), (NO2), (NO3), as well as particulate matter levels classified as PM1, PM2.5, and PM10.
- A dedicated air quality processor module is integrated into the system to efficiently capture live data from the sensors, ensuring that the readings are accurate and processed in real-time for effective monitoring.
- After the data is captured, it is transferred to an onboard MQTT logger unit that is specifically designed for the reliable storage and management of this vital information.
- The stored data undergoes conversion into an industry-standard MQTT format before being sent via Wi-Fi or other network protocols to a remote cloud-based server, facilitating access and analysis.
Use Cases
Precisely Capture and Compare Pollution Data:
Our advanced system enables the precise capture and comparison of pollution data, allowing for the accurate recording of harmful pollution levels in a given area at any time, whether day or night. This capability not only facilitates the collection of data but also establishes a direct correlation between traffic counts and air pollution levels, providing invaluable insights into the impact of vehicular activity on air quality.
Monitor Air Pollution Levels to Keep People Safe:
With our innovative footfall counting upgrade unit, you can effectively monitor air pollution levels while simultaneously tracking pedestrian activity, ensuring the safety of individuals in urban environments. This comprehensive approach allows for the recording of fluctuations in pollution levels, particularly in industrialized areas with factories, where both worker safety and the well-being of local residents are paramount.
Validate Public Health Initiatives:
The pollution level data generated by our system plays a crucial role in validating public health initiatives, providing policymakers with the necessary information to create smarter and greener cities. Improved air quality can encourage more individuals to opt for walking and cycling instead of driving, thus enhancing their overall health and well-being while fostering a more sustainable urban environment.
Analyse Peak Activity Impact:
Our system allows for in-depth analysis of air quality changes surrounding major city events, such as football games, concerts, and public gatherings, which often lead to increased traffic and congestion. By monitoring industrial pollution levels in proximity to busy walking and cycling routes during peak times, we can better understand the direct impact of high-traffic events on local air quality.
Safeguard Local Green Areas:
By ensuring that pollution levels around green public spaces and facilities are minimised, we can protect vital ecosystems and promote healthier environments for communities. The data collected can be instrumental in identifying and prosecuting polluters, as well as informing necessary adjustments to roadways and traffic management policies to preserve these important areas.
Plan Traffic Flow for a Positive Effect:
Implementing strategic traffic flow plans in hotspot areas, such as around schools, is essential for reducing congestion and improving air quality. By encouraging healthier modes of transportation through visible reductions in street traffic, we can foster a safer and more inviting environment that promotes walking and cycling among residents and visitors alike.
Key Features
Multi-parameter Measurement:
Capable of measuring multiple pollutants simultaneously, including particulate matter (PM1, PM2.5, PM10), gases like carbon dioxide (CO2), nitrogen dioxide (NO2) and (NO3). This comprehensive measurement provides a clearer picture of air quality.
Real-time Monitoring:
With our system, there’s no need to wait to analyse your air quality data. Our compressed data is delivered instantly in real time, allowing for continuous and automated monitoring without interruption, enabling you to respond promptly to any air quality changes.
Extremely Secure Data Transfer:
Air quality data is securely stored and transferred in the MQTT format, which minimises the impact of network disruptions, reduces data volume, and significantly enhances transfer speeds. This robust method not only ensures GDPR compliance but also seamlessly supports third-party data analysis platforms, providing you with peace of mind regarding data privacy and integrity.
Outstanding Data Storage Solutions:
Securely stores data in our remote cloud server, utilising our dashboard software for easy access, backup, and management. Our platform provides handy tools for data analysis and sharing, ensuring that your data is not only safe but also easily accessible whenever you need it.
benefits
Multiple Connection Options:
Our devices are designed to support various network connectivity protocols, making them compatible with WAN, LAN, cellular, and LoRaWAN networks. This versatility ensures reliable data transmission, regardless of your infrastructure.
Upgradable Modules:
We offer the flexibility to enhance and expand your monitoring capabilities through optional upgrades. Our additional modules for cycle counting, car park management, and traffic monitoring enable you to compare and analyse your data more comprehensively, ensuring you have the insights needed for effective decision-making.
Environmental Protection:
Monitoring air quality helps identify pollution sources and trends, facilitating the implementation of effective measures to reduce emissions and protect ecosystems from the harmful effects of air pollution.
Compliance with Regulations:
Regular air quality monitoring ensures compliance with local, national, and international air quality standards and regulations, helping organisations avoid penalties and promote responsible environmental practices.
Economic Benefits:
Monitoring air quality can lead to economic advantages by reducing healthcare costs associated with pollution-related illnesses and enhancing property values in areas with good air quality.
Overview
The compact size and straightforward installation process of our monitoring devices enable you to establish numerous monitoring points throughout the city, effectively mapping areas with high levels of air pollution. Gaining a deeper understanding of the impact of these pollution black spots provides invaluable insights for both the public and private sectors, facilitating targeted interventions and informed decision-making to improve air quality and enhance community well-being.
While many NOx sensors and particulate monitoring systems are available on the market today, R-Com’s AQ sensor solution stands out by utilising the latest generation of laser particle counters to immediately report harmful particulate levels across various locations. These sensors can be used independently or integrated with our people and vehicle counting units, sharing the same power supply. Their high reliability ensures real-time data delivery, enabling continuous and immediate pollution monitoring 24 hours a day.
Let’s work together
Get in touch today and receive a complimentary consultation.
