Why Prana Air's Monitor/Sensor?
All round Air Quality Monitoring
Prana Air's air quality sensors are low-cost, durable, accurate, responsive & energy efficient. The sensors are PM, toxic gases (CO, CO2, SO2, NO2 etc.), HCHO, TVOCs, temperature, humidity, noise, light, etc.

Low cost
India's first low-cost monitors & sensors

Highly responsive
Highly accurate and responsive sensors

Reliable
Reliable data with many other benefits

Accurate
Accurate data on air pollution in real-time.
Prana Air Sensors
Our sensors are low-cost, yet the data is extremely accurate when compared to high-end equipment.
Prana Air's PM2.5 Air Quality Data Accuracy Comparisons with Very Costly Devices
1st Case
With Prana Air PM Monitor
Comparison of PM2.5 with a High-End Instrument
A high-end device was used to correlate PM2.5 during a 30-minute time interval. We can compare Prana Air's product's data accuracy to that of a more expensive product.

2nd Case
With Prana Air PM2.5 Monitor
Comparison of PM Data Accuracy With BAM
We conducted a data comparison study between Prana Air's PM2.5 monitor and a high-end air quality monitoring device (BAM) to assess the accuracy of our low-cost air quality monitor. The study showed that our PM2.5 monitor provides results that are highly correlated with those of the BAM, demonstrating that our low-cost monitor is just as accurate and reliable.

3rd Case
With Prana Air PM Sensor
Comparative Evaluation of Other Low-Cost PM Sensors
The graph below is the research study report of Comparative Evaluation of New Low-Cost Particulate Matter Sensors by IIIT, Hyderabad, India. The study includes the sensors of Aeroqual, SDS, Prana Air, and SPS PM2.5. The study concludes that the new, low-cost PM sensors are capable of monitoring particulate matter level, although calibration is necessary to get a better result.

Comparative Evaluation of New Low-Cost Particulate Matter Sensors
Real-time PM2.5 Comparison Prana Air vs A High End Device
You can witness the data accuracy level by the comparison of real-time PM2.5 monitoring between Prana Air's a low-cost monitor and a high-end & costly device.
Monitors & Sensors
Know what you breathe
Prana Air offers a variety of highly accurate, low-cost, and portable air quality monitors and sensors for all indoor and outdoor air quality monitoring applications.

SQUAIR Air Monitor
SQUAIR monitor is a smart air quality monitor that detects different air quality parameters. It detects PM10, PM2.5, CO, CO2, O3, NO2, SO2, TVOC, HCHO, noise, light, temperature, & humidity.
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Sensible+ Air Monitor
SENSIBLE+ is an IAQ monitor that detects a variety of primary and secondary air contaminants. It monitors and reports on the AQI, temp., Humidity, PM (10, 2.5, and 1), CO2, and TVOCs in the surrounding air.
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Sensible Air Monitor
Sensible Air Quality Monitor is equipped with extremely accurate sensors and gives accurate real-time AQI readings in seconds. It measures PM, CO, CO2, HCHO, VOC, O3, temperature, and humidity.
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Smart PM Monitor
Prana Air Ambient Air monitor is a CAAQMS equipped with sensors that measure pollution concentrations. Pollutants commonly measured include PM10 and PM2.5, SO2, NO2, O3, H2S, and CO.
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Ambient Monitor
Prana Air Ambient Air monitor is a CAAQMS equipped with sensors that measure pollution concentrations. Pollutants commonly measured include PM10 and PM2.5, SO2, NO2, O3, H2S, and CO.
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CO2 Sensor
Prana Air CO2 sensor is a non-dispersive infrared NDIR sensor with a resolution of 1 PPM and a range of 10,000 PPM. It is very accurate and responsive.
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CO Sensor
Prana Air CO sensor (500 PPM range) is ROHS compliant and uses electrochemical technology using the most effective means of monitoring CO gas.
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SO2 Sensor
Prana Air SO2 sensor uses electrochemical technology to detect highly toxic SO2 gas. The sensor is precision-engineered for both industrial and consumer-grade safety monitoring.
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NO2 Sensor
Prana Air NO2 sensor has a powerful signal, a low zero current resolution of 50 parts per billion (PPB), and an operational range of 20 ( Parts Per Million) PPM.
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Ozone O3
Prana Air's ozone sensors use electrochemical gas sensing techniques. A working electrode, a counter electrode, and an ion conductor are the three main components of the technique.
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Some of the industry's giants
We are really proud and grateful to have worked and partnered with these well-known firms and industries.