Particulate Matter Monitoring Market Size & Share, by Monitoring Type (Manual, Real-Time, Remote); Technology (Light Scattering, Beta-Attenuation, Gravimetric, Opacity); Particle Size (PM 1, PM 2.5, PM 5, PM 10); Application (Indoor Air Quality, Outdoor Air Quality); End-Use (Power Generation, Oil & Gas, Chemical & Petrochemical, Transportation & Logistics, Healthcare, Research Institutions) - Global Supply & Demand Analysis, Growth Forecasts, Statistics Report 2024-2036

Growth Drivers

• Increasing Adoption Of Particulate Matter Sensors And Their Easy Integration- Owing to their price advantage, low accuracy and portability, particulate matter sensors are widely applied as alternatives for air quality measurement. Due to their accuracy, these sensors have been adopted by several companies. The market will also be driven by the integration of PM sensors with drones or other unmanned vehicles for sampling environments in a network for spatiotemporal air quality measurements or personal monitoring for exposure estimation. In addition, sensors to detect particulate matter are being developed by various companies using machine learning techniques as a result of the emergence of AI. Therefore, in order to drive the market over the forecast period these advantages shall be analysed.
• Increasing Monitoring of Indoor Air Quality Worldwide- The growth of the particulate matter monitoring market is because there are chances of numerous health effects, such as premature death in people with aggravated asthma, heart or lung diseases, decreased lung function, nonfatal heart attacks, irritation of airways, and irregular heartbeats. Some of the harmful, smaller and invisible particles like smog, smoke, and soot are visible can easily get into the lungs and bloodstream. The effects of these particulate matter on the health can be acute and chronic. Pre-existing conditions, type of particulate matter and various environmental factors play an important role in the health impact of particulate matter. There may be a number of unpleasant symptoms and conditions due to exposure to particulate matter. In total, one in ten deaths is due to air pollution.
• Increasing Focus on Monitoring Air Quality in The Atmosphere- In several countries around the world, air quality monitoring for outdoor environments is considered critical. Some cities around the world, where there is a strong environment of modern urban technology or are planning major infrastructure improvements in their current towns, should be thinking about incorporating air quality sensors on their infrastructures. Ambient air quality, weather, traffic, noise, and other factors can be measured by Multifunction Sensors in cities with Smart City Agendas and advanced Data Management Capabilities. The effects of these particles are being felt by people living in high pollution cities and towns.

Challenges

• Lack of real time monitoring using modern technologies particulate matter monitoring solutions- By assessing all changes in particle density, particulate matter sensors can be used to monitor particle density. The characteristics of air passing over the sensor device. Unlike gas sensors, which can detect a variety of things. The exact composition of pollutants cannot be determined by particulate matter sensors. However, they can distinguish between different size particles. Gravimetric methods, for example, are considered the most accurate way of determining mass concentration, but they have some practical due to the weight and cost of these instruments, installation limitations in everyday applications are limited.
• Although the market for particulate matter sensors has been estimated to grow significantly, it is expected that maintenance costs will limit growth.
• The growth of the market can be hindered by emerging countries owing to the delays in the implementation of solutions to monitor particulate matter.