Chemical pollution and carbon emissions are significant contributors to climate change. Accurately determining these emissions is challenging due to the lack of specialized analysis models. However, real-time emissions monitoring systems and the use of electric vehicles can bridge these gaps. Promoting public transportation and non-polluting modes of transportation can also contribute to reducing carbon emissions. Research in urban traffic areas has developed a method for evaluating chemical pollution using carbon footprints, which can provide practical solutions for reducing pollutant emissions and improving air quality. By adopting sustainable transportation policies and promoting non-polluting modes of transportation, we can contribute to a cleaner and healthier urban environment.

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Chemical Pollution Evaluation Method Using the Carbon Footprint for Various Road Traffic Scenarios in Craiova

  • Ilie Dumitru,
  • Lucian Matei,
  • Laurențiu Racila,
  • Nicoleta Gencărău,
  • Alexandru Oprica

摘要

Chemical pollution and carbon emissions are significant contributors to climate change. Accurately determining these emissions is challenging due to the lack of specialized analysis models. However, real-time emissions monitoring systems and the use of electric vehicles can bridge these gaps. Promoting public transportation and non-polluting modes of transportation can also contribute to reducing carbon emissions. Research in urban traffic areas has developed a method for evaluating chemical pollution using carbon footprints, which can provide practical solutions for reducing pollutant emissions and improving air quality. By adopting sustainable transportation policies and promoting non-polluting modes of transportation, we can contribute to a cleaner and healthier urban environment.