Air Quality: Breathable air, a shared responsibility.
There are many drivers for the monitoring of ambient air quality stemming from the desire to minimize the risks to public health. As a consequence, air quality monitoring is increasingly a requirement for polluting industries as part of environmental regulation and responsible operation Corporate Social Responsibility.
Accurate & Affordable Environmental Monitoring Solutions
Oizom offers end-to-end and scalable solutions for real-time air quality monitoring and advanced data analytics
Flexible Sensing and Compact Design
Our Product has been designed to hold multiple individual sensors. these can be specified from a list of over 50+ traceable chemical compounds.
Air quality refers to the state of the air we breathe. It is assessed based on the concentration of pollutants, including particulate matter, ozone, nitrogen dioxide, and sulfur dioxide. Monitoring air quality is essential to understand its impact on human health and the environment.
Iportance of Monitoring
Monitoring air quality is crucial for assessing pollution levels. This process helps identify regions with poor air quality, understand pollutant sources (such as vehicle emissions and industrial activities), and implement measures to mitigate pollution's adverse effects.
Common Sources of Pollution
Air pollution stems from various sources, including vehicle emissions, industrial processes, power plants, agricultural practices, and residential heating. Pollutants released, such as carbon monoxide and particulate matter, can have detrimental effects on air quality.
Air Quality Index (AQI)
The Air Quality Index (AQI) is a numerical scale used to communicate air quality to the public. It considers multiple pollutants and categorizes air quality from "Good" to "Hazardous," providing an overall assessment of potential health effects associated with the current air quality.
Individual Contributions to Clean Air
Individuals play a crucial role in improving air quality. Actions such as using public transportation, carpooling, reducing energy consumption, and supporting policies for cleaner air contribute to a healthier environment. Planting trees is another effective strategy to absorb pollutants and enhance air quality.
The Scentinal Air Quality and Odour Monitoring Station provides high accuracy (ppb level) detection of odorous gases such as H2S, NH3, VOCs, SO2 & odour concentration. SL50’s flexible, intelligent sensor network allows live monitoring of plant odour emissions on Scentroid’s cloud servers. Scentinal’s innovative design offers the most reliable and cost effective odour monitoring solution in the world.
Cloud Server Hosting
The central monitoring station is hosted on a secure cloud based server allowing remote access via any computer with internet access. This access is restricted and the data is encrypted for maximum security. Users are given a password and user name which will define their permission level.
Compact, cordless, easy to use, high accuracy sensing. The CTair Air Quality Monitor revolutionizes the air quality monitoring network industry. Understanding urban air pollution and the potential impact on health is fundamental to both city structure and planning.
The CTair Air Quality Monitor can be equipped with up to 11 sensors from our sensor list. There are 5 categories of sensors: Photo-Ionization Detector, Non-Dispersive Infrared, Electro-Chemical, Laser Scattered Counter (for PM1-10), and our Metal Oxide Sensors.
Each sensor is equipped with a novel ASIC chip that provides a wide range of functions such as digital signal filtration, adaptive amplification, re-zeroing, and impedance spectroscopy. Scentroid’s patented technology uses impedance spectroscopy to effectively compensate for temperature and humidity changes in the environment.
This technology works so well, that independent studies have shown a 98% accuracy retention even in extreme weather conditions.