Impact of Waste Disposal on Air Pollution in the Republic of Serbia

Griffiths, S. (Participant)

Geography and Environmental Sciences Department

Activity: Other

Description

Invited peer-review of study's technical content.

'This study was commissioned by UNEP Europe Office, in partnership with Environment Engineering Group, within the project “Environment, Health and Pollution”. The assignment provides the analysis of key challenges in municipal waste management and air quality facing Serbia and lays out recommendations for addressing the identified challenges in order to minimize the harmful impact of current waste disposal practices and provide timely information to potentially vulnerable populations in the event of a fire outbreak.'

Period	28 Sept 2022
Held at	United Nations Environment Programme
Degree of Recognition	International

Documents & Links

Wasted Air: Impact of Landfill Fires on Air Pollution and People’s Health in Serbia - Working Paper. Air Pollution Series
File: application/pdf, 4.51 MB
Type: Text

Insufficient handling of municipal waste in the Republic of Serbia results in severe repercussions for both public health and overall well-being. The consequences of waste accumulation in unsanitary landfills, which are the primary way waste is disposed of in Serbia, are becoming increasingly obvious. The fires that occur at these landfills are becoming more frequent and larger, in proportion to the increase in the amount of waste dumped there. Unfortunately, opening a small number of sanitary landfills and increasing the amount of waste disposed there has not solved the problem of continuous improper disposal of municipal waste and decades of neglect when it comes to this issue. This study aims to identify the key challenges in municipal waste management and air quality facing Serbia. The results obtained represent a foundation for raising awareness among key decision makers about the importance of this issue and its impact on the quality of life in Serbia.

Impact of Waste Disposal on Air Pollution in the Republic of Serbia

Description

Documents & Links

Related content

Research output

A study of particulate emissions during 23 major industrial fires: implications for human health

Characterising the organic/inorganic species in plumes from open uncontrolled industrial fires using incident contemporaneous FTIR monitoring: Supporting Public Health Risk Assessment

Characterising the ground level concentrations of harmful organic and inorganic substances released during major industrial fires, and implications for human health