Know the Quality of air you breathe
Live in the better environment as breathe clean and healthy air by monitoring the air quality.
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Live in the better environment as breathe clean and healthy air by monitoring the air quality.
Request a Quote
Prana Air’s brilliant, precise, mobile, and reasonably priced air quality devices monitor various real-time air pollutants with diverse sensors.
Compliance with
LEED, WELL, & ASHRAE
Standards
Get the best low-cost and portable air-quality monitor. These are the best portative devices. Anyone can place these anywhere they want to get the air quality insight. Every monitor has high-end air quality sensors. These sensors calculate the air quality index with the help of complex algorithms. An entire air quality monitoring station is in your hands. Hence, monitoring the air quality whenever you require as a cost-effective solution. All devices are affordable options for air quality insights.
All air quality monitoring devices are assembled with cutting-edge technology sensors. Every device has an individual sensor for all the parameters. Monitor every pollutant present inside your environment. They help provide accurate and real-time data for the air quality. It offers hassle-free monitoring as compared to contemporary air monitoring devices. Because they are inconvenient in carrying.
Our air quality devices have advanced options to connect them with mobile apps. Connect your device with the AQI Air Quality Mobile App. It provides real-time data on a single dashboard. With it, you can also connect the device with multiple options to track the data. Besides, it also gives an option to view the graphical representations of data. Thus, you can compare the data sets of different parameters. Get an insight into your indoor air quality directly on your phone.
Connect your air quality monitoring device for better data view. As Prana Air’s air quality monitoring devices have a wide range of connectivity options. You can connect with Wi-fi, GSM, and RS-485. All these devices are designed to meet all your needs. You can use these devices to get insight into your room or the entire building management system (BMS). Moreover, these devices can connect with the television of your house. Through it, you can easily telecast the dashboard data 24*7.
Our air quality monitors track various pollutants present in the air at the same time. You can keep a tab on PM1, PM2.5, PM10, CO2, CO, Total Volatile Organic Compounds (TVOCs), formaldehyde (HCHO), temperature, and humidity. All our devices sync the air quality parameters that are set by LEED v4.1, WELL, and ASHRAE. Since these meet all the standards of Indoor Air Quality monitoring. Moreover, you can also measure various toxic gases such as NO2, SO2, O3, and H2S. And you can obtain real-time air quality data.
The hazardous pollutants released into the air are referred to the air pollutants. These are detrimental to the environment and human health.
Nine out of ten people breathe poor air quality, with 99% of the world’s population breathing air that exceeds recommended limits, according to WHO research. Eight million deaths are attributed to air pollution each year, with 3.8 million occurring indoors and 4.2 million outdoors.
The air pollution levels have increased because of the dramatic growth in the world population. Since it leads to more consumption of energy and resources. Thus, it increases the number of pollutants released into the air. As a result, it leads to an increased risk of health issues and respiratory illness. Hence, everyone is required to monitor the air quality they breathe. Thus, you need a high-quality air quality monitoring device. Prana Air’s Air quality monitors provide you better option to check pollutants in your environment. So, You can make well-informed decisions to breathe healthy and clean air.
Prana Air’s Air quality monitoring devices have durable air quality sensors. It is infused with modern and accredited technologies. These measure various air pollutants and provide real-time data. Air Quality sensors measure the indoor and outdoor air for pollutants. Since these are necessary to confirm health and comfort. Sensors are crucial for residential and commercial building systems.
Air Sensor :
Operating Principle :
When light enters the mirror’s 90° opening, it is reflected in the direction of the sensor. For the duration that the light is reflected, the photodiode records the pulse. Thus, a concentration of particulate matter is created from the electrical signal that was received.
Air Sensor :
Operating Principle :
When gas molecules come into contact with infrared (IR) radiation, they absorb light at a specific wavelength. It causes the gas molecules to vibrate. The sensors measure the proportionate decrease in transmitted infrared light with the concentration of gas.
Air Sensor :
Operating Principle :
These fuel cells are amperometric and contain two electrodes. When the hazardous gas gets into contact with the working electrode, it oxidizes due to a chemical interaction between the airborne water molecules and the gas.
Air Sensor :
Operating Principle :
High temperatures cause semiconductor particles to adsorbate oxygen on their surface through the capture of free electrons. The formation of a depletion layer is contingent upon the semiconductor’s radius. The depletion may reach every square inch of every particle.
Air Sensor :
Operating Principle :
These fuel cells have two electrodes and are amperometric. A chemical reaction between the poisonous gas and the airborne water molecules causes the gas to oxidize on the working electrode when it comes into contact with it.
Indoor sources- cooking, candle burning, tobacco smoking, kerosene heaters, construction activities. Outdoor sources- forest fires, earthquakes, volcanic eruptions, power plants, waste treatment plants, oil refineries, etc.
PM 2.5 diameter is less than 2.5 microns and easily enters the lungs and bloodstream. It causes sneezing, inflammation, skin allergies, asthma, coughing, pneumonia, irregular heartbeat, nonfatal heart attacks, etc. A high PM 2.5 level reduces the visibility. It can also lead to environmental changes as well. PM10 causes allergies that can influence sensitive groups.
The top source of indoor presence of CO2 is humans. As humans inhale oxygen and exhale CO2. It also releases from heating devices, oil-burning coal, and gas burning. CO2 is also emitted because of Deforestation or soil degradation.
High CO2 levels highly influence the individual’s performance in a school or office. CO2 exposure can cause headaches, dizziness, restlessness, breathing difficulty, increased heart rate, and other symptoms. CO2 emissions also cause global warming. Long-term exposure can cause extreme health issues. Such as cardiac arrest, and impaired cognitive function.
Indoor- Paint, glue, soaps, fabrics, wood, cleansers, plastic products, solvents, etc. TVOCs vaporate at room temperature and release into the air. Outdoor sources of TVOCs are industrial processes, wildfires, and vehicle emissions.
TVOCs evaporate at room temperature. It causes strong odors that cause headaches, fatigue (tiredness), dizziness, nosebleeding, and eye, nose, and throat irritation. High exposure to TVOCs can cause severe health issues. Such as nausea, asthma, and damage to the kidneys, liver, or nervous system. Some chemicals can also cause cancer in animals.
Indoor: Smoking, cleaning products, furniture, burning fuel, cosmetics, paint, incense lighting, etc. releases HCHO in the indoor air. Outdoor: HCHO releases from natural gases burning, gasoline, etc.
HCHO exposure can cause extreme health issues. Any individual can face irritation of the eyes, nose, and throat. It can also lead to skin or lung allergies. With it, it increases the chances of some types of cancer and also causes consciousness loss, pneumonia, and other extreme health issues. HCHO exposure can also affect reproductive health.
Indoor sources- cooking, candle burning, tobacco smoking, kerosene heaters, construction activities. Outdoor sources- forest fires, earthquakes, volcanic eruptions, power plants, waste treatment plants, oil refineries, etc.
PM 2.5 diameter is less than 2.5 microns and easily enters the lungs and bloodstream. It causes sneezing, inflammation, skin allergies, asthma, coughing, pneumonia, irregular heartbeat, nonfatal heart attacks, etc. A high PM 2.5 level reduces the visibility. It can also lead to environmental changes as well. PM10 causes allergies that can influence sensitive groups.
The top source of indoor presence of CO2 is humans. As humans inhale oxygen and exhale CO2. It also releases from heating devices, oil-burning coal, and gas burning. CO2 is also emitted because of Deforestation or soil degradation.
High CO2 levels highly influence the individual’s performance in a school or office. CO2 exposure can cause headaches, dizziness, restlessness, breathing difficulty, increased heart rate, and other symptoms. CO2 emissions also cause global warming. Long-term exposure can cause extreme health issues. Such as cardiac arrest, and impaired cognitive function.
Indoor- Paint, glue, soaps, fabrics, wood, cleansers, plastic products, solvents, etc. TVOCs vaporate at room temperature and release into the air. Outdoor sources of TVOCs are industrial processes, wildfires, and vehicle emissions.
TVOCs evaporate at room temperature. It causes strong odors that cause headaches, fatigue (tiredness), dizziness, nosebleeding, and eye, nose, and throat irritation. High exposure to TVOCs can cause severe health issues. Such as nausea, asthma, and damage to the kidneys, liver, or nervous system. Some chemicals can also cause cancer in animals.
Indoor: Smoking, cleaning products, furniture, burning fuel, cosmetics, paint, incense lighting, etc. releases HCHO in the indoor air. Outdoor: HCHO releases from natural gases burning, gasoline, etc.
HCHO exposure can cause extreme health issues. Any individual can face irritation of the eyes, nose, and throat. It can also lead to skin or lung allergies. With it, it increases the chances of some types of cancer and also causes consciousness loss, pneumonia, and other extreme health issues. HCHO exposure can also affect reproductive health.
Air is necessary for all living things to survive. It is the fundamental need that keeps life on Earth going. It is everyone’s right to breathe clean air. Nonetheless, during the past few decades, the rapid urbanization and population boom have deteriorated the quality of the air. People everywhere are struggling to breathe due to the deterioration in the quality of the air. Consequently, the demand for effective air quality management techniques is growing.
A comprehensive plan for reducing air pollution is called an Air Quality Management System. It involves the efficient tracking of the variables that affect and direct the indoor or outdoor air quality. Monitoring is essential for determining the main contaminants in that environment. And, consequently, for developing a detailed and comprehensive management strategy to address air pollution. Thus, the primary thing that allows us to breathe clean, fresh air is air quality monitoring.
Particulate matter (PM), nitrogen dioxide (NO2), sulfur dioxide (SO2), carbon monoxide (CO), and total volatile organic compounds (TVOCs) are common air pollutants that make the air around us unbreathable. However, because the sources of the pollutants vary, various factors determine the characteristics of the air indoors and outdoors. As a result, the acceptable limits for air contaminants in indoor and outdoor settings differ. Depending on variables like the nation, the accessibility of sources, etc., these requirements may also change or loosen.
Prana Air Outdoor Air Quality Monitor is a Continuous Ambient Air Quality Monitoring System (CAAQMS). It provides real-time air data and operates digitally. Several sensors are mounted on the monitor to identify the presence of CO, SO2, NO2, O3, PM 2.5, and H2S. It is inexpensive, simple to operate, portable, requires very little time for analysis, and is compatible with GSM, Wi-Fi, and RS-485 networks. There are no post-purchase costs and connectivity options include GSM, Wi-Fi, and RS-485.
Air Quality standards are just the way to decrease the air pollution health effects as per the scientific information. It is not for the standards nor legally enforceable criteria. These standards have been collected from various nations. As to make them applicable to global solutions. With it, it also supports many air quality management policy alternatives. Check different pollutant parameters in outdoor or indoor air.
Connect your device with a TV or Web Dashboard. As to showcase various sights for air quality monitoring on a big screen. As you can see the individual pollutant in the air. With it, it also displays the historical data to determine past exposure. You can also check the pollutant summary for the last 24 hours and the filtration score.
PM2.5 correlation with a high-end instrument
Prana Air’s PM2.5 device and high-end instrument data exhibit correlations. Our device displays correct statistics at pocket-friendly charges for better insight and action.
Take some precautions about what to do and not to do when the air quality is good and bad.
Access real-time and historic air quality data (24 hours, week, or months) via AQI app.
Get a variety of theme options to set on your TV for a better and more personalized data showcase.
Connect your device with the TV app and get 24*7 air quality data on your TV screen.
Get Real-time and historical air quality, temperature, etc, data anytime and anywhere.
Compare multiple data from outdoor air quality to make informed decisions.
Take some precautions about what to do and not to do when the air quality is good and bad.
Access real-time and historic air quality data (24 hours, week, or months) via AQI app.
Get a variety of theme options to set on your TV for a better and more personalized data showcase.
Connect your device with the TV app and get 24*7 air quality data on your TV screen.
Get Real-time and historical air quality, temperature, etc, data anytime and anywhere.
Compare multiple data from outdoor air quality to make informed decisions.
Get an insight into various scores such as thermal comfort, mold, ventilation, filtration, odor, mites, viruses, etc. Make well-informed decisions to control after monitoring.
the provision of fresh air to your room
people capacity of the room
the provision of fresh air to your room
probability of virus formation in the room
probability of mold formation in the room
a distinctive smell in the room
efficiency of filter in the room
a state of physical ease in the room
Some of the Industry’s Top Organisations
Outdoor Air is also called ambient air. Ambient Air Monitoring is one of the main aspects that determine environmental stability. Air pollution does not only harm us, but it is also detrimental to the ecology and the atmospheric chemistry of the earth. Meteorological factors also alter and impact air quality. Thus, outdoor air monitoring is essential.
A blend of natural and anthropogenic (human-induced) sources are responsible for releasing harmful air toxins. Natural sources include forest fires, volcanic eruptions, earthquakes, sea spray, landslides, weathering of soil, pollination, wind storms, etc., and release considerable concentrations of air pollutants. Typical anthropogenic sources of air pollution are the emissions from various modes of transport, construction, and demolition, burning of waste, agricultural activities, oil and gas production, exhaust from chimneys, industrial activities, etc. Human activities also exacerbate some of the naturally-caused emissions.
Introduction: Particulate Matter (PM) is the suspended microscopic aerosol (solid or liquid) particles present in the air. PM 10 and PM2.5 are smaller than 10 micrometers and 2.5 micrometers in diameter respectively, out of which PM2.5 is respirable. To put things into perspective, PM 2.5 is almost 1/30th of the size of a human hair! These include dust, dirt, and smoke.
Sources: Its particles originate from both natural and human activities. – Primary: Industrial processes, combustion, agricultural activities, construction and demolition, unpaved roads, windblown dust, smokestacks, and forest fires. – Secondary: Other air pollutants, like NOx, SOx, and VOCs act as precursors for the formation of PM in the atmosphere.
Introduction: CO2 is released naturally in the environment because it is a greenhouse gas. It's an essential part of photosynthesis. As it helps in producing food and energy for plants. However outdoor CO2 concentration is increasing because of the industrial revolution.
Sources: – The principal causes are deforestation and the burning of all fossil fuels such as coal. – Decomposition, ocean release, and respiration are the natural sources.
Introduction: Nitrogen Dioxide is a chemical compound of oxidation of nitric oxide. It has harmful effects on the entire environment. It can be colorless to brown and in liquid form. NO2 is released into the atmosphere from various resources.
Sources: – Combustion sources are mostly responsible for the release of nitrogen dioxide. Vehicular emissions are its principal outdoor source. Power plants, industrial boilers, and diesel-powered heavy construction equipment are some other sources of this gas. – Natural sources include volcanoes and bacteria.
Introduction: Sulphur Dioxide (SO2) is a chemical compound of sulfur and oxygen. It is a colorless, soluble gas with a characteristic pungent smell. And It is highly reactive. Because it can react with other pollutants in the air to form fine particulate matter.
Sources: – Fossil fuels burning, such as coal, oil, and diesel, release SO2. With it, power plants, metal processing plants, and Tranportations that function with diesel engines are the main sources (old buses and trucks, locomotives, ships, and off-road diesel). – Natural sources include geothermal activity. Such as energy from natural pools and hot springs.
Introduction: Ozone (O3) forms by three oxygen atoms composing. It is a preventive layer between the earth and the sun. But direct exposure to living things is much more harmful. The sources on the earth's surface are not directly emitted. It forms because of some gas reactions.
Sources: – The photochemical reaction between oxides of nitrogen and volatile organic compounds (VOCs) emits O3. – O3 is also released from power plants, vehicles, refineries, and chemical industries. Gases react with the unlight's presence and form ozone in the atmosphere.
Introduction: Carbon Monoxide (CO) is a dangerous gas. It is also an odorless, tasteless, colorless pollutant. The gas is emitted into the atmosphere because of fuel combustion. Such as natural gas, oil, coal, wood.
Sources: – Natural sources are forest fires, volcanic eruptions, and gases released from coal mines. – Fireplaces gas and wood burning, Vehicles, parking lots, and basement parking lots are the human-induced factors.
Indoor air quality is where we spend almost our day. We spent 90% of the day in the office, home, gym, and other indoor set-ups. Everyone assumes safe and healthy inside our homes. But it is the opposite because indoor is much more polluted than outdoor air quality.Moreover, indoor air quality is much more dreadful than outdoor pollution. Because it influences the overall well-being of a person. Indoor air quality affects a person’s performance and comfort. It can also impact performances in offices, schools, gyms, and other places.
Lack of ventilation increases indoor air pollution. These pollutants released from cooking, candles, incense sticks burning, painting, and deodorants influence the air quality. These pollutants are trapped inside the indoor environment. It causes various problems for human well-being.
Introduction:Particulate matter includes a mixture of solid particles and liquid droplets in the air. They have different sizes and are known as aerosols. It includes various particles, such as dirt, smoke, fly ash, mists, condensing vapors, mist, soot, or dust. These are conspicuous enough to be visible to the naked eye. But many are tiny that cannot be detected without an electron microscope. As their size is much smaller in the size. PM2.5 is almost 1/30th of the size of a human hair! These include dust, dirt, and smoke.
Sources: - Infiltration via doors, windows & walls (fenestration). – Activities like cooking, combustion, and cigarette smoking.
Introduction: CO2 is released naturally in the environment because it is a greenhouse gas. It's an essential part of photosynthesis. As it helps in producing food and energy for plants. However outdoor CO2 concentration is increasing because of the industrial revolution.
Sources: – Anthropogenic sources: production of cement, deforestation, fossil fuel, coal, oil, and natural gas burning – Natural sources: ocean release, decomposition, respiration
Introduction: Formaldehyde is a naturally occurring organic compound with the formula CH₂O. The pure compound is a pungent-smelling colorless gas that polymerizes spontaneously into paraformaldehyde. Hence it is stored as an aqueous solution.
Sources: – Sources of formaldehyde in the home include building materials, smoking, household products, and the use of un-vented, fuel-burning appliances, like gas stoves or kerosene space heaters.
Introduction: We use a lot of chemicals that vaporize upon exposure to air. Such compounds are called volatile compounds.
Sources: – Released through everyday household products like vinegar, nail polish, varnish, deodorants, etc. – Substances like Benzene, Ethanol, etc. can be found in paints, cleaners, detergents, sanitizers, kerosene, petrol, and polishes.
Introduction: Ozone (O3) forms by three oxygen atoms composing. It is a preventive layer between the earth and the sun. But direct exposure to living things is much more harmful. The sources on the earth's surface are not directly emitted. It forms because of some gas reactions.
Sources: – Activities like cooking, combustion, and cigarette smoking.
Introduction: Carbon Monoxide (CO) is a dangerous gas. It is also an odorless, tasteless, colorless pollutant. The gas is emitted into the atmosphere because of fuel combustion. Such as natural gas, oil, coal, wood.
Sources: – Gas stoves, kerosene, furnace leakage, car exhaust, space heaters
Outdoor Air is also called ambient air. Ambient Air Monitoring is one of the main aspects that determine environmental stability. Air pollution does not only harm us, but it is also detrimental to the ecology and the atmospheric chemistry of the earth. Meteorological factors also alter and impact air quality. Thus, outdoor air monitoring is essential.
A blend of natural and anthropogenic (human-induced) sources are responsible for releasing harmful air toxins. Natural sources include forest fires, volcanic eruptions, earthquakes, sea spray, landslides, weathering of soil, pollination, wind storms, etc., and release considerable concentrations of air pollutants. Typical anthropogenic sources of air pollution are the emissions from various modes of transport, construction, and demolition, burning of waste, agricultural activities, oil and gas production, exhaust from chimneys, industrial activities, etc. Human activities also exacerbate some of the naturally-caused emissions.
Introduction: Particulate Matter (PM) is the suspended microscopic aerosol (solid or liquid) particles present in the air. PM 10 and PM2.5 are smaller than 10 micrometers and 2.5 micrometers in diameter respectively, out of which PM2.5 is respirable. To put things into perspective, PM 2.5 is almost 1/30th of the size of a human hair! These include dust, dirt, and smoke.
Sources: Its particles originate from both natural and human activities. – Primary: Industrial processes, combustion, agricultural activities, construction and demolition, unpaved roads, windblown dust, smokestacks, and forest fires. – Secondary: Other air pollutants, like NOx, SOx, and VOCs act as precursors for the formation of PM in the atmosphere.
Introduction: CO2 is released naturally in the environment because it is a greenhouse gas. It's an essential part of photosynthesis. As it helps in producing food and energy for plants. However outdoor CO2 concentration is increasing because of the industrial revolution.
Sources: – The principal causes are deforestation and the burning of all fossil fuels such as coal. – Decomposition, ocean release, and respiration are the natural sources.
Introduction: Nitrogen Dioxide is a chemical compound of oxidation of nitric oxide. It has harmful effects on the entire environment. It can be colorless to brown and in liquid form. NO2 is released into the atmosphere from various resources.
Sources: – Combustion sources are mostly responsible for the release of nitrogen dioxide. Vehicular emissions are its principal outdoor source. Power plants, industrial boilers, and diesel-powered heavy construction equipment are some other sources of this gas. – Natural sources include volcanoes and bacteria.
Introduction: Sulphur Dioxide (SO2) is a chemical compound of sulfur and oxygen. It is a colorless, soluble gas with a characteristic pungent smell. And It is highly reactive. Because it can react with other pollutants in the air to form fine particulate matter.
Sources: – Fossil fuels burning, such as coal, oil, and diesel, release SO2. With it, power plants, metal processing plants, and Tranportations that function with diesel engines are the main sources (old buses and trucks, locomotives, ships, and off-road diesel). – Natural sources include geothermal activity. Such as energy from natural pools and hot springs.
Introduction: Ozone (O3) forms by three oxygen atoms composing. It is a preventive layer between the earth and the sun. But direct exposure to living things is much more harmful. The sources on the earth's surface are not directly emitted. It forms because of some gas reactions.
Sources: – The photochemical reaction between oxides of nitrogen and volatile organic compounds (VOCs) emits O3. – O3 is also released from power plants, vehicles, refineries, and chemical industries. Gases react with the unlight's presence and form ozone in the atmosphere.
Introduction: Carbon Monoxide (CO) is a dangerous gas. It is also an odorless, tasteless, colorless pollutant. The gas is emitted into the atmosphere because of fuel combustion. Such as natural gas, oil, coal, wood.
Sources: – Natural sources are forest fires, volcanic eruptions, and gases released from coal mines. – Fireplaces gas and wood burning, Vehicles, parking lots, and basement parking lots are the human-induced factors.
Indoor air quality is where we spend almost our day. We spent 90% of the day in the office, home, gym, and other indoor set-ups. Everyone assumes safe and healthy inside our homes. But it is the opposite because indoor is much more polluted than outdoor air quality.Moreover, indoor air quality is much more dreadful than outdoor pollution. Because it influences the overall well-being of a person. Indoor air quality affects a person’s performance and comfort. It can also impact performances in offices, schools, gyms, and other places.
Lack of ventilation increases indoor air pollution. These pollutants released from cooking, candles, incense sticks burning, painting, and deodorants influence the air quality. These pollutants are trapped inside the indoor environment. It causes various problems for human well-being.
Introduction:Particulate matter includes a mixture of solid particles and liquid droplets in the air. They have different sizes and are known as aerosols. It includes various particles, such as dirt, smoke, fly ash, mists, condensing vapors, mist, soot, or dust. These are conspicuous enough to be visible to the naked eye. But many are tiny that cannot be detected without an electron microscope. As their size is much smaller in the size. PM2.5 is almost 1/30th of the size of a human hair! These include dust, dirt, and smoke.
Sources: - Infiltration via doors, windows & walls (fenestration). – Activities like cooking, combustion, and cigarette smoking.
Introduction: CO2 is released naturally in the environment because it is a greenhouse gas. It's an essential part of photosynthesis. As it helps in producing food and energy for plants. However outdoor CO2 concentration is increasing because of the industrial revolution.
Sources: – Anthropogenic sources: production of cement, deforestation, fossil fuel, coal, oil, and natural gas burning – Natural sources: ocean release, decomposition, respiration
Introduction: Formaldehyde is a naturally occurring organic compound with the formula CH₂O. The pure compound is a pungent-smelling colorless gas that polymerizes spontaneously into paraformaldehyde. Hence it is stored as an aqueous solution.
Sources: – Sources of formaldehyde in the home include building materials, smoking, household products, and the use of un-vented, fuel-burning appliances, like gas stoves or kerosene space heaters.
Introduction: We use a lot of chemicals that vaporize upon exposure to air. Such compounds are called volatile compounds.
Sources: – Released through everyday household products like vinegar, nail polish, varnish, deodorants, etc. – Substances like Benzene, Ethanol, etc. can be found in paints, cleaners, detergents, sanitizers, kerosene, petrol, and polishes.
Introduction: Ozone (O3) forms by three oxygen atoms composing. It is a preventive layer between the earth and the sun. But direct exposure to living things is much more harmful. The sources on the earth's surface are not directly emitted. It forms because of some gas reactions.
Sources: – Activities like cooking, combustion, and cigarette smoking.
Introduction: Carbon Monoxide (CO) is a dangerous gas. It is also an odorless, tasteless, colorless pollutant. The gas is emitted into the atmosphere because of fuel combustion. Such as natural gas, oil, coal, wood.
Sources: – Gas stoves, kerosene, furnace leakage, car exhaust, space heaters
Air quality monitors can be used in smart cities to get real-time air quality. It helps in adjusting traffic patterns, reducing industrial emissions, and monitoring different areas.
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Prana Air’s air quality monitors can be used at construction sites. It provides real-time data to monitor dust and other pollutant levels. And the data can help in managing the control measures.
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Schools and institutes can use air quality monitors. As they can measure the air quality levels and the data. It can be used to identify pollution sources. With it, you can ensure that students breathe clean air. It can also affect their performance.
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Air quality monitoring helps in increasing the work performance of every employee. The air quality device’s data can help in managing ventilation systems or removing pollutants. It helps in protecting employees from harmful pollutants exposures.
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Air Quality monitoring helps hotels prioritize fresh and clean air. They monitor the air quality of every room. It helps them in adjusting the air quality management systems. Hence, air quality can improve for guests’ well-being.
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Restaurants employ air quality monitoring devices. As these help in enhancing air quality for their guests. It supports them in managing and increasing better air quality for a healthier experience.
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Explore how hospitals monitor air quality with advanced devices. Air quality monitor data helps in knowing air quality. Thus, they can create a safe and hygienic environment for patients and staff. For it, they can take steps to manage it.
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Discover how airports manage air quality with air quality monitoring devices. They apply strategies to provide high air quality standards. As it helps in ensuring passengers breathe clean and fresh air.
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Parking lots cause much pollution in the atmosphere. It can be managed with air quality monitoring devices. Check how they are managing the air quality issues. As they are trying to manage a better environment for visitors.
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A healthy and comfortable environment is essential in banks. Explore how the bank manages air quality in their branches with monitoring devices. Hence, their customers and staff can have a better environment.
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Fresh air is crucial in cinema theaters. Explore how theaters maintain better air quality for their people. As it helps in enhancing the cinematic experience.
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Real estate industries have to incorporate better air quality for well-being in homes and buildings. Learn how they promote air quality with top air quality monitors and management systems.
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