Top Dust Sensor for Accurate Air Quality Monitoring Data

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Key Features of An Industrial Dust Sensor

Award winning Dust sensor data to track leaks & air pollution
50+ Samples Per Minutes from the Air Pollution
Sensors24/7 continuous air quality collection
~ 1 Million data points per device per month

An industrial dust sensor has exceptional air quality measurement sensitivity, enabling them to detect even the smallest particles in the air at your worksite.

Industry dust sensor versatility can effectively operate within a temperature range of -40 degrees Celsius to 50 degrees Celsius and humidity levels of 0% to 90%. This ensures air quality monitoring functionality across diverse weather environments.

Integrating dust sensors into your regional air quality data collection allows for automated air quality adjustments and alerts based on real time air monitoring to make accurate quick decisions during emergencies.

The primary design purpose of dust sensors is to measure total concentration of suspended particles in airflow. This is reliable for industrial applications like mines, industrial plants, county or country air monitoring, and smart city data for urban planners, C-level and executive decision makers.

Catch an air quality abnormality with a Dust Sensor  

A dust sensor is crucial for maintaining safety and preventing potential hazards from industrial site settings to regional areas. The selectivity of these dust sensors ensures that they accurately monitoring fine particulate matter and other gases, reducing the likelihood of false alarms and leaks.  

Moreover, these cost-effective dust sensor solutions are being developed to provide reliable performance without incurring high costs, making these advanced dust sensors accessible to a wider range of users. Learn more about PM sensors.

The dust sensor technology enhances safety and efficiency across multiple applications and helps to monitor green house gas emissions. Whether monitoring ghg emissions or ensuring the safety of a city, country or business, a dust sensor can play a vital role in maintaining safety and preventing leaks.

Worker installing a fixed ESI unit onto a pole

Stationary Dust Sensor

Attach a low cost dust sensor to Poles, Tripods, Fences, Walls
Woker mounting moving ESI unit on car

Mobile Dust Sensor

Passenger & Commercial Vehicles,
Trucks, Buses, Trams/Streetcars
Worker operating drone device in construction area

Aerial Dust Sensor

Cover large areas for air pollutants in the sky with Drones and UAVs

High Sensitivity Dust Sensor Collects Air Quality Data For Your Facility


A dust sensor features exceptional air quality measurement sensitivity, enabling them to detect even the smallest particulate matter particles in the air.

Integrating a high sensitive dust sensor into your facility or city urban design helps you comply with regional air monitoring requirements and offers real time green house gas emissions data collection to make executive decisions quickly to protect public health.

What does an industrial dust sensor do?
A dust sensor measures dust concentration in the air to report back on real time air quality levels.

Inductive electrification can be used to detect ghg emissions and air pollution by measuring dust fractions in the air of your worksite or region.

How does a dust sensor work at my worksite?
A dust sensor might use infrared emitting diodes to effectively measure particulate matter levels. Dust sensor technology can employ infrared light that scatter when it hits dust particulars from green house emissions, for example

ensures that safety is not compromised due to budget constraints. Innovative designs in methane sensors are being pursued to offer reliable detection at lower costs without sacrificing performance
.

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Data Points Per Device Per Month

~1 Million

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Continuous Operation

24/7
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Samples Per Minute

50+

Effective Dust  Sensor Collection  


Energy-Efficient Methane Sensor Designs
Energy-efficient designs in methane sensors aim to optimize sensor performance while minimizing power use.

A low power methane sensor consumption ensures that the sensors can operate for extended periods without draining the battery quickly.

These energy-efficient methane gas sensor designs are crucial for maintaining the cost-effectiveness of methane sensors.

By reducing power usage, manufacturers can provide reliable and affordable solutions that meet the needs of various applications without compromising performance.

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Pollutants

Measurement of a comprehensive range of pollutants, including criteria pollutants, greenhouse gases, particulate matter, and measured indicators

$99
Billed monthly
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Sulphur Dioxide (SO2)
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Nitrogen Dioxide (NO2)
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Ozone (O3)
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Carbon Monoxide (CO)
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Carbon Dioxide (CO2)
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Methane (CH4)
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Ammonia (NH3)
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Ethanol (EtOH)
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Chlorine (Cl2)
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Ethylene (C2H4)
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Nitrogen Oxide (NO)
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Formaldehyde (HCHO)
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Hydrogen (H2)
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Indoor Air Quality (IAQ)
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Particulate Matter
(PM 1,2.5,4,10)
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Black Carbon Indicator

Flammable Gas

Detection of the Lower Explosive Limit (LEL) for flammable gases, with the capability to identify various individual gases and gas mixtures

$399
Billed monthly
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Acetone (C3H60)
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Butane (C4H10)
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Ethane (C2H6)
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Ethylene (C2H4)
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Heptane (C7H16)
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Hydrogen (H2)
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Isobutene (C4H8)
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Isobutylene (C4H8)
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Isopropanol (C3H80)
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Methyl Ethyl Ketone (MEK) (C4H80)
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Methane (CH4)
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Octane (C8H18)
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Pentane (C5H12)
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Propane/Propylene (C3H8)
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Styrene (C8H8)
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Toulene/Toulol/Methylbenzene (C6H6CH3)
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Xylene (C6H4(CH3)2)
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Environment Factors

Comprehensive measurement of environmental parameters

$199
Billed monthly
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Temperature
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Relative Humidity
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Barometric Pressure
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Wind Speed
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Wind Direction
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Noise
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Vibration
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Respiratory Irritants

Comprehensive measurement of odour indicators

$399
Billed monthly
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Odours

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Hydrogen Sulphide (H2S)
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Total Volatile Organics (tVOCs)
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VOC Index
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NOx Index
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Pollutants

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Nitrogen Dioxide (NO2)
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Ozone (O3)
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Chlorine (Cl2)
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Sulphur Dioxide (SO2)
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Indoor Air Quality

$399
Billed monthly
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Odours
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Sulphides
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Flammables
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Ammonia (NH3)
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Carbon Monoxide (CO)
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Methane Sensor Features

Methane Sensor Cost-Efficiency

Benefit from a lower total cost of ownership with reduced deployment and maintenance expenses, and manage large amounts of data without breaking the bank.

Remote Dust Monitoring and Management

Control, monitor methane gas leak detection devices from anywhere.

Use a user-friendly online mobile platform, ensuring continuous data collection and system optimization.

Plug and Play

Easy installation and setup ensure that you can deploy and start collecting data in no time, without the need for specialized expertise.

Self-Calibrating Methane Sensor

Our advanced software dust gas sensor calibration replaces bulky hardware, resulting in a smaller form factor, reduced costs, and minimal maintenance requirements.

Real-Time Data

Access real-time data to make informed decisions instantly, improving response times and overall efficiency after a methane gas leak.

Accuracy and Reliability

Ensuring precise and dependable air quality measurements through advanced methane gas sensor technology and intelligent design.
ESI device mounted on moving vehicle

Versatile Dust Gas Sensor Applications

Agriculture Dust Sensor Data:
Dust sensors play a vital role in agriculture green house gas collection to monitor air pollutants. This can crucial to optimize crop yield and crop health.  

Smart City Design For Air Quality Management

Protect citizens and public health guidelines accurate and real time air quality management software  

Industrial Processing Facilities

In industrial settings, dust sensors are employed to ensure compliance with environmental regulations by continuously green house gas detection monitoring emission levels.

Ensuring that facilities stay within regulatory GHG emissions limits and avoid fines.

Commercial Use Of GHG Emissions With A Dust Sensor

By providing early ghg emissions detection, a dust sensor can  significantly improve safety for occupants in residential and commercial environments.

Ready to Elevate Your Air Monitoring Capabilities?

Explore our advanced technology with comprehensive air quality sensors to collect data and analysis.