Notice: This product is exclusively available for purchase and use within Canada. Distribution or sale of this product outside Canadian territory, including the United States, is strictly prohibited as authorization for such activities has not been granted.

Optimal Industries for Dnota Bettair Utilization

In the contemporary landscape of environmental stewardship and regulatory compliance, the imperative for real-time, precise air quality monitoring is paramount across diverse sectors. The Dnota Bettair system, with its cutting-edge technology for detecting and analyzing airborne pollutants, is uniquely positioned to serve a broad spectrum of industries. These sectors are not just required to adhere to stringent environmental regulations but are also committed to safeguarding the health and well-being of communities and ecosystems. The Dnota Bettair system offers a seamless integration of fenceline monitoring capabilities, enabling these industries to monitor, record, and report hazardous emissions with unprecedented accuracy and transparency. By adopting Dnota Bettair’s advanced air quality monitoring solutions, the following industries can achieve compliance, enhance safety, and contribute to the global effort of reducing environmental pollution.

• Manufacturing – Ensuring cleaner production processes and safer workplace environments.
• Chemical Plant – Precisely monitoring chemical emissions and mitigating exposure risks.
• Urban Planning and Smart Cities – Integrating air quality data for healthier urban living spaces.
• Waste Management – Monitoring emissions from waste processing and recycling operations.
• Mining – Overseeing dust and gas emissions in mining sites to protect workers and nearby communities.
• Oil & Gas – Implementing rigorous fenceline monitoring to track emissions and protect adjacent areas.

A Closer Look at Bettair® Air Quality Sensors

The Bettair® static nodes provide an array of sensors designed for precise air quality measurement, capable of monitoring up to six gases simultaneously. These sensors cover a wide spectrum of pollutants, including NO2, NO, CO, O3, SO2, H2S, and CO2, along with particulate matter sizes PM10, PM2.5, PM1.0, and ambient noise levels. This comprehensive coverage ensures detailed monitoring of the most critical air quality indicators. In addition to air quality parameters, these nodes also gather data on temperature, relative humidity, and atmospheric pressure, offering a holistic view of environmental conditions.

Exploring the bettair® Software Platform

The bettair® software platform offers real-time visualization of nodes and their status, providing comprehensive insights into air quality monitoring. This platform displays all node values, allowing users to access crucial data effortlessly. Additionally, the bettair® platform facilitates the visualization of pollutant heatmaps and the Common Air Quality Index, enabling a comprehensive understanding of environmental conditions and air quality metrics.

Bettair® Nodes: Revolutionizing Air Quality Insights

Bettair® nodes offer an unparalleled combination of advanced calibration and worldwide connectivity. Thanks to our innovative post-processing algorithm, these sensors achieve remarkable accuracy, boasting a Pearson Correlation of over 90%. This level of precision places them in the same range as traditional and costly monitoring stations, eliminating the need for in-situ calibration. Leveraging unsupervised machine learning techniques, the algorithms process raw data from the gas sensors, ensuring exceptional performance even at low concentrations, down to parts-per-billion (ppb). Moreover, the nodes come equipped with a versatile range of connectivity options, including 3G, LTE, 4G, LoRaWAN, NB-IoT, and Ethernet, guaranteeing seamless worldwide connectivity for comprehensive air quality monitoring. Additionally, these nodes are designed with flexibility in mind, capable of configuring to work with either DC or AC power sources. They can easily integrate with solar power for energy-efficient operations or be hard-wired to ensure constant power supply, accommodating various installation environments and energy availability scenarios.