- Assessment of ambient air pollution and air quality assessment
- Assessment of workplace air pollution
- Assessment of traffic-related air pollution
- Monitoring ambient air in accordance with the air protection regulations
- Monitoring air quality in toxic air pollutant emission accidents
- Assessment of volatile organic compounds emissions from soil, landfill, swamps, etc.
- Monitoring greenhouse gas emissions from energy production, traffic and technological processes
Air quality
Measurements of air pollutant concentrations
Ambient air quality monitoring
Workplace air pollution
Developed capacity to monitor ambient air quality according to ISO 17025
Developed capacity to measure indoor air quality in the workplace
Developed laboratory line for the examination of gas purifiers which filter dust and chemical pollutants
National projects:
-Development of the system for examining waste gas purifiers (No. TR21010)
-Improvement of the monitoring system and the assessment of a long-term population exposure to pollutant substances in the environment using neural networks (No. III 43014)
PhD theses:
-"Distributed monitoring systems and air pollution risk", PhD candidate - Viša Tasić, 2007.
-"Research on air pollution concentration fields using general Gauss dispersion model", PhD candidate - Gršić Zoran, 2008.
Projects:
-Sustainable Energy Action Plan of the City of Niš– SEAP Niš, 2014;
-Subproject Environmental Safety of the City of Niš, City of Niš Safety Strategy, 2009- 2010, funded by USAID;
Technical solutions:
-Web Application "Local Register of Pollution Sources" (2013);
-Laboratory line for the assessment of gas purifiers (2012);
• Monitoring of the most common ambient air pollutants (emission concentrations): SO2; SO; NOx,NO2, NO; O3; PM10; PM2,5; polycyclic aromatic hydrocarbons, etc.
• Measurement of meteorological parameters – creating pollution roses
• Ambient air pollution testing during the accidents in plants involving the equipment with hazardous materials
• Defining safety zones for evacuation during the accidents in plants, as well as the accidents involving the equipment and transport of hazardous materials
• Measuring emissions from energy-related pollution sources: SO2, SO, NOx, NO2
• Measuring emissions from technological sources of pollution: amonia, organic solvents, aromatic hydrocarbons, alcohols, ketones, etc. (50 substances).
• Measurement of workplace air pollutants (75 substances)
• Assessment of the microclimate in the work environment
• Measurement of flammable and explosive gas and vapour concentrations in indoor and outdoor air
Testing coating equipment and related vapour and aerosol emissions in the work environment. Testing and analysis of the operating parameters of ventilation systems
Testing and defining the operating parameters of gas and vapour filters – filtration degree
Development of environmental impact assessment studies, reports on plant safety, assessments of territorial vulnerability, etc.
Head of the Laboratory (CV)
Researcher (CV)
Researcher (CV)
Researcher (CV)
Researcher (CV)
Researcher (CV)
Researcher(CV)
Prof dr Nenad Živković, Head of the Laboratory
University of Niš, Faculty of Occupational Safety in Niš
Air Quality Management Laboratory
Čarnojevića 10A, 18000 Niš
nenad.zivkovic@znrfak.ni.ac.rs
Phone : +381 18 529 852
Mobile : 063 104 25 98
Fax : +381 18 249 962
