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Air Quality Monitoring System

Monitoring of sulfur dioxide, nitrogen dioxide and particulate matter

Monitor air quality in real-time thanks to an innovative dashboard and get air quality alert.

You can monitor all key air quality indicators depending on the type of sensor; among which, sulfur dioxide (SO2), nitrogen dioxide (NO2), and particulate matter (PM1, PM2.5, and PM10).

air quality monitoring manager - air module

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Simplify Air Pollution Prevention



Monitor air quality compliance across multiple sensors – together in one place.


Use real-time monitoring data to make
fast & accurate decisions.


Generate reports in real-time to easily comply with regulations instead of waiting months for outdated information. 

How it works

Intuitive and easy-to-use


Define the monitored area

Define the area of your project which can be anywhere in the world by selecting the map


Select your sensor type

Select your sensor types and position them


Connect to your sensors

Connect your sensors to the module by FTP, API, and others protocols


Set your alert thresholds

Set your alert thresholds according to your specifications

Create a project with the air quality module by sinay


Air Module Leaflet

Discover how our Air Module is revolutionizing air quality monitoring. Download our Product Leaflet

Use cases for the maritime industry

Designed for Ports and Shipping



Ports can benefit from the Air Module for their daily activities like construction, docking vessels, industrial activity, managing truck traffic, complying with regulations…
Thanks to the Air Module, ports can have real-time situational awareness to help them make the best decisions to percent air polluting events.



Air quality is also crucial for the shipping industry to make sure their emissions and activity do not harm the surrounding environment, marine health, or human health.
The Air Module, with real-time knowledge and smart alerts, helps shipping companies to monitor toxic levels in fuel emissions, reduce their environmental impact, avoid areas already in environmental danger, comply with regulations…

Sustainable Development Goals

Through real-time air quality monitoring, regulatory compliance, and air pollution reduction thanks to the Air Module, Sinay helps minimize the impact of maritime activities to reduce air pollution and climate change.

SDG 11, sustainable cities and communities
accion por el climat

Predict and prevent air pollution from your dashboard

Aggregate all your air monitoring projects

Our Air Quality Module allows you to manage air quality for each sensor in real-time, depending on the pollutants you monitor.

You can:

  • easily browse through the historical data over specific periods of time to identify trends and patterns
  • define your own thresholds parameters
  • be notified in real-time when they’re exceeded to make the best decisions
  • generate standardized or personalized reports and create your communication media.
real time monitoring of air quality by sinay

Active air quality measuring thanks to an intuitive and easy-to-use dashboard

Air quality is the condition of how clean or polluted the surrounding air is. Air pollution is present in ports and surrounding cities. If left unmonitored, air pollutants can cause many health and environmental issues. 

The passive method of measuring air quality consists of filtering air for a period of time and then analyzing this in a lab. This does not provide continuous information in real-time. Sinay, therefore, created an active air quality monitoring system, which consists of connecting to sensors that can provide key air quality indicators in real-time. The Sinay Air Module gives ports accurate situational awareness with active, real-time, air quality monitoring.


Air Monitoring Whitepaper

Discover why air quality is important for ports, how air quality is checked and controlled, and why our innovative software can be your air quality monitoring manager. Download our Whitepaper.

FAQ About Air Quality Module

The Air Module monitors all key air quality indicators depending on the type of sensor; among which, 
  • SO2, to measure the Sulphur Dioxide 
  • NO2, to measure the concentration of Nitrogen Dioxide 
  • PM1, PM2.5and PM10 to measure the airborne particles depending on diameter size

We are currently working on the native integration of a large number of sensorsPlease contact-us to let us know the sensor you use. 

For each parameters, you can set-up your specific thresholds for each air quality parameters (SO2, NO2, PM1, PM2.5, PM10) based on your requirements.

The Air Module is a “plug-and-play” solution.

If the sensor you use is avaialble in our catalog, you are able to set-up your project within 10 minutes if you know the position of each sensor, the type of sensor you use and the air quality parameters that you want to measure.
Otherwise, we can add any type of sensor to our catalog. In this case, the project set-up will take around 3 working days.

Let's solve your air quality challenges

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Featured Content About Air Quality Monitoring

Preventing air pollution

How does air pollution manifest itself?

The risks of air pollution come from several factors. First of all, the presence of industrial activity areas, such as factories or a port, leads to an increase in pollutants nearby. Second, living in an area with a high population concentration increases the density of pollutants in the ambient air. For example, cities in the United States such as New York or Los Angeles are particularly exposed. This is even more prominent during peak urban activity, when many vehicles are driving. As areas of activity and densely populated cities are often close to or inseparable, regular pollution peaks will occur and can increase over time if these events are not monitored. 

What are the health consequences?

Pollutants in the ambient air can have multiple daily consequences, including health. Fine particles is an ongoing risk because it damages respiratory capacity. In the long term, this increases the number of lung cancers and chronic diseases such as allergies for example. The larger and denser the city, the more these risks threaten the health of the inhabitants. 

How can air pollution be monitored?

To reduce the health consequences of air pollution, it must first be noted. To take the most effective measures to improve air quality, it must be measured. Using sensors spread over the areas to be monitored, it is possible to locate pollution peaks, identify critical schedules and the main pollutants. Once pollution is measured, appropriate action can be taken to improve air quality in activity areas, cities and preserve the health of residents.