Air quality has a big effect on human health, the natural and man made environment and the climate.
The National Air Quality Strategy - published in 1997 - outlined recommended maximum levels of eight pollutants.
- 1,3 Butandiene
- Carbon Monoxide
- Sulphur Dioxide
- Nitrogen Dioxide
The maximum levels have been devised by the Expert Panel on Air Quality Standards (EPAQS) based on medical and scientific evidence.
What is our role?
All councils have to assess the present and future air quality of their area in relation to the requirements of the National Air Quality Strategy - and identify the main sources of the pollutants affecting air quality.
The National Air Quality Strategy sets out three stages of review and assessment for councils to follow.
Involves a simple analysis of each pollutant. If significant quantities of one or more of the pollutants are found stage two is put into action.
A more detailed analysis is carried out using existing data in order to estimate maximum concentrations of air pollution within the district. An assessment regarding the issue of attainment of the objectives is also carried out. If it is unlikely that the required levels will be met stage three is put into place.
Involves a detailed study of specific locations possibly resulting in the area becoming an Air Quality Management Area which involves a 12 month assessment to establish exact sources and the extent to which the national objectives will be overreached.
Annual review and assessment reports
The Review and Assesment reports are avilable on the Local Air Quality Review and Assessment webpage
Air Quality Management Areas (AQMAs) In North West Leicestershire
Currently there are five AQMAs in North West Leicestershire:
- M1 Mole Hill Kegworth
- High Street Kegworth
- Stephenson Way/Bardon Road Coalville
- High Street/Bondgate Castle Donington
- Copt Oak Road Copt Oak
Air quality monitoring in North West Leicestershire
The main method of air quality monitoring in the district is the use of Nitrogen Dioxide (NO2) Diffusion tubes. More information can be found on the NO2 Diffusion tube page
Last updated: Mon 4 January, 2016 @ 11:21