Kunak AIR Pro is a sensor-based air quality monitoring station, designed for cities, industries, and researchers who need to make better decisions on complementary air quality systems with accurate data.
In which applications can I use Kunak Air Pro?
Kunak Air Pro is a sensor-based air quality monitoring system designed for easy installation, operation, and maintenance at a lower cost than a reference station while maintaining an accurate measurement of the pollutants to be measured.
Now, it is possible to monitor a multitude of parameters and physical realities through small low-cost devices and reduced power consumption in different applications:
Urban air quality
Obtain actionable insights into city sustainable development by monitoring your city's air quality.
Works & Demolitions
Comply with requirements by keeping track of the emissions and the ambient in works and demolitions.
Industrial perimeter & Odours
Control your processes with real time monitoring of diffuse and perimetral industrial emissions.
Infrastrucures, Ports & Airports
Improve your operations with real-time intelligence by monitoring your environmental impact.
Research & Consulting
Carry out useful and accurate measurements for your studies with the best available technology.
Health, Sports & Open spaces
Protect your health by monitoring with good accuracy and in real-time the air quality in public spaces.
Types of air quality monitoring instrumentation
Air quality has traditionally been measured with Official Reference Stations which accomplish the Data Quality Objective (DQO) requirements of the Directive 2008/50/CE.
During the last years, air quality monitoring equipment has suffered rapid growth and development. Low-cost sensors designed to measure atmospheric particles and gases have been used to be integrated into different air quality monitoring devices.
We can find specific devices for indoor and outdoor applications in the market. Regarding the specific devices for outdoor applications, depending on its accuracy and uncertainty, as well as if they have a software to gather and analyse the data, we will find air quality monitoring systems designed to be complementary measurements to the reference stations, while other air quality devices are designed to be used as personal exposure devices.
The main distinctions between the different outdoor air quality monitoring devices are:
- Reference air quality stations require significant infrastructure and trained personnel to operate them. It releases very high accurate data, with an installation and operation cost from thousands to hundreds of thousands of euros. They used specific reference methods to obtain the data according to the Directive 2008/50/CE.
- Sensor-based air quality monitoring systems: air quality monitoring devices (or mini-stations) that take the data and an advanced software for the data analysis and remote management of the device. The air quality monitoring devices are smaller, much more economic (10 times less in cost), and less bulky than the reference air quality stations, but with lower accuracy. They do not want to substitute the official air quality monitoring stations, but to complement them.
- Personal exposure and portable air quality monitoring devices are designed to be portable and their price is around 100€. They have poor accuracy, but they are useful as information devices, for education purposes and to set thresholds to different health risks.
Reference air quality stations
Sensor-based air quality monitoring systems
Personal exposure and mobile air quality monitoring
Kunak Air Pro allows air quality monitoring with high data accuracy, close to reference stations, becoming a complementary air quality measuring equipment to reference stations, with higher spatial resolution, making possible to monitor air quality at a local level, with an easy installation and maintenance.
Kunak’s AIR series is a cost-effective air quality monitoring solution with an accuracy close to the reference stations, designed for cities, industries, and researchers that need to make better decisions based on complementary systems with precise data.