dhdfghdfghdfghdfghdfghdgfhdfghdfago to next indicator
 
Indicators
  Sulphur Dioxides
  Nitrogen Dioxides
  Volatile Organic Compounds
  Carbon Monoxide
  Greenhouse Gas Emissions
  Water Consumption
  Municipal Sewage Treatment
  Energy Consumption
  Energy Efficiency
  Municipal Waste
  Recycling
  Hazardous Waste
  Nuclear Waste
  Ozone Depletion
  Pesticide Use
  Fertilizer Use
  Livestock
  Species at Risk
  Protected Areas
  Fisheries
  Forests
  Road Vehicles
  Distance Traveled
  Population
  Official Development Assistance
   

 

 

AIR POLLUTION:
Volatile Organic Compounds

Volatile organic compounds, in combination with nitrogen oxides, are responsible for ground level ozone and smog. Smog has both health and environmental impacts. Although healthy individuals suffer eye irritation and a decrease in lung function when exposed to smog, people with asthma or other respiratory problems suffer disproportionately. Decreased lung function may be accompanied by coughing, nausea, chest pain and pulmonary congestion. Children are particularly susceptible to these problems. As well, crops such as wheat, corn, soybeans and tomatoes are sensitive to ground level ozone.

Volatile organic compounds are produced by vehicle emissions, chemical manufacturing, and the evaporation of automotive fuels, other petroleum based products and chemical solvents.

Canada’s OECD Ranking
Canada ranks a dismal 25th out of 26 OECD nations in both volatile organic compound emissions per capita and total emissions of volatile organic compounds. Canada produces 88.1 kg of volatile organic compounds per capita.

Only Australians have a worse record of per capita volatile organic compound emissions than Canadians. Only the United States produces more total emissions than Canada.

Efficiency
Canada produces 4.3 kilograms of volatile organic compound emissions per $1000 US of GDP, more than any other OECD nation except Greece or Australia. Again, Canada’s economy is much more pollution intensive and, consequently, less efficient than the majority of our industrialized competitors.

The Trend
There is a silver lining here, in that Canada’s performance is improving. Since 1980, Canada’s emissions of volatile organic compounds have decreased by 4.1%. However, according to Environment Canada, “concentrations of ozone still rise periodically to unacceptably high levels in many localities.”10

Eleven of the fifteen other OECD nations for whom trend data are available achieved larger reductions in volatile organic compound emissions during this period than Canada.

go to next indicator

 
     
 

home aaa executive summary aaa introduction aaa indicators aaa conclusion

about the report aaa endnotes aaa links

a