What is the impact of public transport on air quality and noise pollution?
Oscar Navarro Cabrera
Leader in Air Quality Control and Food Microbiology | Managing Director at dnota | Board Member at bettair cities and microbial systems | Expertise in IoT Sensors and PCR Kits
#Publictransportation has a significant impact on #airquality and #noise pollution. Public transport vehicles, such as buses, trains and streetcars, use fossil fuels that emit polluting gases, such as nitrogen dioxide (NO2), carbon monoxide (CO), sulfur oxides (SOx) and particulate matter (PM). These gases can cause a range of #health problems, such as asthma, heart and respiratory diseases, and cancer.
Noise pollution is also a major problem in #cities. Public transport vehicles, especially #buses, can generate high noise levels that can cause discomfort and health #problems, such as stress, sleep #disorders and hypertension.
The importance of air quality and noise measurement
Measuring air quality and noise pollution in public transport is important for several reasons. First, it allows the environmental impact of this mode of transport to be assessed. Second, it helps to identify areas where measures can be taken to reduce pollution. Third, it provides data that can be used to inform transport policy and investment decisions.
The advantages of measuring #airquality and noise pollution in public transport are many.
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bettair devices with maximum accuracy
The use of high-precision devices, such as those from the Bettair Cities brand, offers a number of additional benefits. These devices allow pollution levels to be measured more accurately and reliably. In addition, they can provide real-time data, making it easier to identify problems and take corrective action.
In conclusion, measuring air quality and noise pollution in public transport is an important practice that offers a number of advantages. The use of high-precision devices, such as those from Bettair Cities , can further enhance the value of these measurements.
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Great article!