Ever noticed how air pollution suddenly spikes in Indian cities?
It’s not just traffic or smoke, it’s chemistry at work. Temperature inversions trap pollutants, sunlight triggers reactions that form secondary particles, and gases like NO₂ and SO₂ transform into harmful PM2.5 that our lungs can’t escape.
These invisible chemical reactions decide when the air turns toxic, often overnight. Understanding chemistry is the first step toward cleaner, healthier cities.
Do you think better science-driven policies can actually reduce these pollution spikes?
#AirPollution #EnvironmentalChemistry #IndianCities #PM25 #AirQualityIndex #ClimateScience #UrbanAir #PollutionScience #CleanAirIndia #SustainableCities #ChemistryInAction
It’s not just traffic or smoke, it’s chemistry at work. Temperature inversions trap pollutants, sunlight triggers reactions that form secondary particles, and gases like NO₂ and SO₂ transform into harmful PM2.5 that our lungs can’t escape.
These invisible chemical reactions decide when the air turns toxic, often overnight. Understanding chemistry is the first step toward cleaner, healthier cities.
Do you think better science-driven policies can actually reduce these pollution spikes?
#AirPollution #EnvironmentalChemistry #IndianCities #PM25 #AirQualityIndex #ClimateScience #UrbanAir #PollutionScience #CleanAirIndia #SustainableCities #ChemistryInAction