Car Passengers Can Reduce Pollution Risk by Closing Windows and Changing Route

Car Passengers Can Reduce Pollution Risk by Closing Windows and Changing Route The University of Birmingham recently released a press release about how individuals can reduce their exposure to pollution with simple solutions such as closing windows or changing route. Aug 12, 2020 The University of Birmingham recently released a press release about how individuals can reduce their exposure to pollution while driving to work, to the store or on any other outing. Pollution is not just bad for the environment. Particulate matter in the air affects humans’ respiratory and physical health, and scientists say it can put people at higher risk of severe cases of COVID-19 by exacerbating respiratory systems. Pollution can also affect people’s lung heath and susceptibility to pulmonary disease. While air pollution is a large contributor to the climate crisis and environmental strains, these issues have humanitarian affects. Workers, families, and individuals young and old should be aware of the pollution they are exposed to. Below is the press release from the University of Birmingham about the ways that car passengers can reduce their exposure to particulate matter with simple solutions such as closing windows or changing route. Car Passengers Can Reduce Pollution Risk by Closing Windows and Changing Route Drivers and passengers can inhale significantly lower levels of air pollution by setting their vehicle’s ventilation systems more effectively and taking a ‘cleaner’ route to their destination, a new study reveals. Road transport emissions are major source of urban air pollution - nitrogen oxides (NOx) and particulate matter (PM) coming from vehicle exhausts, plus non-exhaust emissions such as brake dust, tyre wear and road dust in the case of PM. Outdoor air pollution is estimated to contribute to 40,000 deaths in Britain annually and an estimated 7 million deaths globally—linked to diseases ranging from lung cancer to stroke and respiratory infection. Scientists at the University of Birmingham have found that—if vehicle ventilation is set correctly—drivers and passengers are exposed to up to 49 percent less P2.5 and 34 percent less Nitrogen Dioxide (NO2) than the on-road levels. They have published their findings in the journal Atmospheric Environment. Let's block ads! (Why?)